appendix a well boring logs - t-117t117.com/documents/gw/q1/q1gw_monitrpt_apxa-b.pdfappendix a well...

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Lower Duwamish Waterway Superfund Site: T-117 Early Action Area DRAFT First Quarter 2008 Interim GW Monitoring Data Results – NTCRA May 2, 2008 Appendix A Well Boring Logs

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Page 1: Appendix A Well Boring Logs - T-117t117.com/documents/gw/q1/q1gw_monitrpt_apxa-b.pdfAppendix A Well Boring Logs . Well Completion Groundwater DP = Direct Push Sample Type Sample (ft.)

Lower Duwamish Waterway Superfund Site: T-117 Early Action Area DRAFT

First Quarter 2008 Interim GW Monitoring Data Results – NTCRA

May 2, 2008

Appendix A Well Boring Logs

Page 2: Appendix A Well Boring Logs - T-117t117.com/documents/gw/q1/q1gw_monitrpt_apxa-b.pdfAppendix A Well Boring Logs . Well Completion Groundwater DP = Direct Push Sample Type Sample (ft.)

Com

plet

ion

Wel

l

Groundwater

DP = Direct Push

Sample Type

(ft.)Sample

Time

0

5

Dep

th

Gra

phic Comments

Dep

thR

ange

Date Depth (ft.)

% R

ec

ENSR1011 SW Klickitat Way, Suite 207Seattle, WA 98134-1162Phone: (206) 624-9349

SS = Split Spoon

N = SPT

C = Core

0

-5

Elev

atio

n(ft

.)

Remarks and Datum Used:

Fax: (206) 624-2839

Type Lo

g

Sheet 1 of 2Well #:

Project:Project #:Location:Client:Start Date & Time:Finish Date & Time:Contractor:Operator:

Easting:Monument:Northing:Drill Rig Type:Method:Casing ID:Boring ID:Bit Type:Logged By: Screen:

Grout:Seal:Filter Pack:Total Depth:MP Elevation:Ground Elevation:Stick Up:

Blo

ws

per 6

"PI

D(p

pm)

& N

umbe

r Soil and Rock Description

Classification Scheme:

Boring/Well Log

& Samples

(0.0-0.5) ASPHALT AND ROADBASE.

(0.5-1.0) SW: WELL GRADED SAND, brown tograyish brown, fine to coarse, very dense, moist. 15-20% fine, sub rounded to sub angular gravel. Noodor or visible contamination.

(1.0-1.5) SW: WELL GRADED SAND, gray to lightgray, fine to medium, medium dense, moist. 20%fine, sub angular gravel, looks like concrete. 10%coarse sand. No odor or visible contamination.

(1.5-2.0) No Recovery.

(2.0-2.5) Not Sampled.

(2.5-3.0) SP: POORLY GRADED SAND, yellowishbrown and gray, fine, medium dense, moist. 10%fine, rounded to sub rounded gravel. 1 piece of 2"cloth. No odor or visible contamination.

(3.0-4.0) SP: POORLY GRADED SAND, dark brown to brown, fine, medium dense, moist. Trace coalfragments from 3-3.2'. No odor or visiblecontamination.

(4.0-5.0) Not Sampled.

(5.0-6.5) SW: WELL GRADED SAND, gray tobrownish gray, fine to coarse, very dense, moist. 15-20% sub rounded to sub angular, fine gravel. Tracesub rounded, coarse gravel up to 2.25" in diameter.No odor or visible contamination.

(7.5-9.0) Not Sampled.

0.5-2.0'

2.5-4.0'

5.0-6.5'

0.5-2.0':Sampled foranalytical

2.5-4.0':Sampled foranalytical

5.0-6.5':Sampled foranalytical

Flush mount monument2-inch Sch.40 PVCcasing from0.4-4.0 ft-bgs

Bentonitechip sealfrom 2.0-3.0ft-bgs

100

77

80

SS-1

SS-2

SS-3

MW-04R

Terminal 11705482-023-400

South Park, WAPort of Seattle

2/28/08 10052/28/08 1052

Cascade Drilling Inc.Andy Flagan

Flush mount- -

HSA CME 85HSA

2"8.25'

4.25" HSAR. Kencht

--

-14'

10/20 sillica sandBentonite chips-0.010" slot, Sch. 40 PVC, 4-14 ft-bgs

3/28/08 1200 9.33'

ft-bgs - feet below ground surface

Sch. - Schedule

21

9

50/5"

50/6"

10

12

50/5"

0.1

0.2

0.0

Page 3: Appendix A Well Boring Logs - T-117t117.com/documents/gw/q1/q1gw_monitrpt_apxa-b.pdfAppendix A Well Boring Logs . Well Completion Groundwater DP = Direct Push Sample Type Sample (ft.)

Com

plet

ion

Wel

l

Groundwater

DP = Direct Push

Sample Type

(ft.)Sample

Time

10

Dep

th

Gra

phic Comments

Dep

thR

ange

Date Depth (ft.)

% R

ec

ENSR1011 SW Klickitat Way, Suite 207Seattle, WA 98134-1162Phone: (206) 624-9349

SS = Split Spoon

N = SPT

C = Core

-10

Elev

atio

n(ft

.)

Remarks and Datum Used:

Fax: (206) 624-2839

Type Lo

g

Sheet 2 of 2Well #:

Project:Project #:Location:Client:Start Date & Time:Finish Date & Time:Contractor:Operator:

Easting:Monument:Northing:Drill Rig Type:Method:Casing ID:Boring ID:Bit Type:Logged By: Screen:

Grout:Seal:Filter Pack:Total Depth:MP Elevation:Ground Elevation:Stick Up:

Blo

ws

per 6

"PI

D(p

pm)

& N

umbe

r Soil and Rock Description

Classification Scheme:

Boring/Well Log

& Samples

(7.5-9.0) SW: WELL GRADED SAND, brown tograyish brown, fine to medium, dense, moist. 10%coarse sand to gravel. Trace concrete pieces, up to2" in diameter. No odor or visible contamination.

(9.0-10.0) Not Sampled.

(10.0-11.5) SW: WELL GRADED SAND, brown tograyish brown, fine to coarse, sub angular, loose,wet on outside of soil. Trace rounded to subrounded, fine gravel. No odor or visiblecontamination.

(11.5-12.5) Not Sampled.

(12.5-14.0) SW: WELL GRADED SAND, brown tograyish brown, fine to medium, loose, wet. Tracerounded to sub rounded, elongated, coarse sandand fine to coarse gravel, up to 2" long. No odor orvisible contamination.

(14.0-15.5) Not Sampled.

7.5-9.0'

10.0-11.5'

12.5-14.0'

7.5-9.0':Sampled foranalytical

10.0-11.5':Sampled foranalytical

12.5-14.0':Sampled foranalytical

10/20 silicasand packfrom 3.0-14.5 ft-bgs

0.010-inchslot, 2-inch,Sch. 40PVC screenfrom 4.0-14.0 ft-bgs

2-inch, Sch.40, PVCbottom capfrom 14.0-14.425 ft-bgs

38

27

77

SS-4

SS-5

SS-6

MW-04R

Terminal 11705482-023-400

South Park, WAPort of Seattle

2/28/08 10052/28/08 1052

Cascade Drilling Inc.Andy Flagan

Flush mount- -

HSA CME 85HSA

2"8.25'

4.25" HSAR. Kencht

--

-14'

10/20 sillica sandBentonite chips-0.010" slot, Sch. 40 PVC, 4-14 ft-bgs

3/28/08 1200 9.33'

ft-bgs - feet below ground surface

Sch. - Schedule

10

4

4

17

28

5

5

5

5

0.1

0.0

0.1

Page 4: Appendix A Well Boring Logs - T-117t117.com/documents/gw/q1/q1gw_monitrpt_apxa-b.pdfAppendix A Well Boring Logs . Well Completion Groundwater DP = Direct Push Sample Type Sample (ft.)

Com

plet

ion

Wel

l

Groundwater

DP = Direct Push

Sample Type

(ft.)Sample

Time

0

5

Dep

th

Gra

phic Comments

Dep

thR

ange

Date Depth (ft.)

% R

ec

ENSR1011 SW Klickitat Way, Suite 207Seattle, WA 98134-1162Phone: (206) 624-9349

SS = Split Spoon

N = SPT

C = Core

0

-5El

evat

ion

(ft.)

Remarks and Datum Used:

Fax: (206) 624-2839

Type Lo

g

Sheet 1 of 2Well #:

Project:Project #:Location:Client:Start Date & Time:Finish Date & Time:Contractor:Operator:

Easting:Monument:Northing:Drill Rig Type:Method:Casing ID:Boring ID:Bit Type:Logged By: Screen:

Grout:Seal:Filter Pack:Total Depth:MP Elevation:Ground Elevation:Stick Up:

Blo

ws

per 6

"PI

D(p

pm)

& N

umbe

r Soil and Rock Description

Classification Scheme:

Boring/Well Log

& Samples

(0.0-0.5) ASPHALT AND ROAD BASE.

(0.5-2.0) SW: WELL GRADED SAND, brownishgray, fine to coarse, dense, dry to moist. 30% subrounded to sub angular, fine gravel, up to 1" indiameter. 10% silt. No odor or visible contamination.

(2.0-2.5) Not Sampled.

(2.5-4.0) SW: WELL GRADED SAND, gray, fine tocoarse, medium dense, moist. 20% sub rounded tosub angular, fine gravel, up to 1/4" in diameter.Trace silt. At 3' and 4', lenses of brown silt. At 3.9',1" lense of dark brown fine sand. No odor or visiblecontamination.

(4.0-5.0) Not Sampled.

(5.0-6.5) SP: POORLY GRADED SAND, grayishbrown, fine, medium dense, moist. 15% subrounded, fine gravel. Trace silt. At 6-6.5' organic tar-like material with bluish green pockets of fine sand,up to 1/4" diameter. Slight organic-like andhydrocarbon-like odor.

(6.5-7.5) Not Sampled.

(7.5-9.0) GP: POORLY GRADED GRAVEL WITHSAND, brown to dark brown, fine, sub rounded tosub angular, very dense, wet. 45% fine sand. Noodor or visible contamination.

0.5-2.0'

2.5-4.0'

5.0-6.5'

7.5-9.0'

0.5-2.0':Sampled foranalytical

2.5-4.0':Sampled foranalytical

5.0-6.5':Sampled foranalytical

7.5-9.0':Sampled foranalytical

10-11.5':Sampled foranalytical

Flush mount monument2-inch Sch.40 PVCcasing from0.0-5.0 ft-bgs

Bentonitechip sealfrom 1.5-4.0ft-bgs

94

77

66

58

SS-1

SS-2

SS-3

SS-4

MW-5

Terminal 11705482-023-400

South Park, WAPort of Seattle

2/27/08 08332/27/08 0915

Cascade Drilling Inc.Andy Flagan/Scott Kruger

Flush mount- -

HSA CME 75/ HSA CME 85HSA

2"8.25'

4.25" HSAR. Kencht

--

-15.5'

10/20 sillica sandBentonite chips-0.010" slot, Sch. 40 PVC, 5-15 ft-bgs

3/27/08 0900 7.5'3/27/08 1030 9.59'

ft-bgs - feet below ground surface

Sch. - Schedule

19

7

4

11

7

6

6

11

50/6"

21

23

1.9

2.1

10.5

1.9

Page 5: Appendix A Well Boring Logs - T-117t117.com/documents/gw/q1/q1gw_monitrpt_apxa-b.pdfAppendix A Well Boring Logs . Well Completion Groundwater DP = Direct Push Sample Type Sample (ft.)

Com

plet

ion

Wel

l

Groundwater

DP = Direct Push

Sample Type

(ft.)Sample

Time

10

15

Dep

th

Gra

phic Comments

Dep

thR

ange

Date Depth (ft.)

% R

ec

ENSR1011 SW Klickitat Way, Suite 207Seattle, WA 98134-1162Phone: (206) 624-9349

SS = Split Spoon

N = SPT

C = Core

-10

-15

Elev

atio

n(ft

.)

Remarks and Datum Used:

Fax: (206) 624-2839

Type Lo

g

Sheet 2 of 2Well #:

Project:Project #:Location:Client:Start Date & Time:Finish Date & Time:Contractor:Operator:

Easting:Monument:Northing:Drill Rig Type:Method:Casing ID:Boring ID:Bit Type:Logged By: Screen:

Grout:Seal:Filter Pack:Total Depth:MP Elevation:Ground Elevation:Stick Up:

Blo

ws

per 6

"PI

D(p

pm)

& N

umbe

r Soil and Rock Description

Classification Scheme:

Boring/Well Log

& Samples

(9.0-10.0) Not sampled.

(10.0-11.5) SP: POORLY GRADED SAND, brown to grayish brown at 10.75', fine, very dense, wet. 20%medium sand. 15% sub angular to sub rounded, fine gravel. Trace coarse gravel from 10.75-11'. Tracesilt. No odor or visible contamination.

(11.5-12.5) Not Sampled.

(12.5-14.0) SP: POORLY GRADED SAND, gray,fine, loose, wet. At 12.5', 10% silt. At 12.75', tracerounded, fine gravel. At 12.7', lense of mediumsand. No odor or visible contamination.

(14.0-15.5) Not Sampled.

10.0-11.5'

12.5-14.0'

12.5-14.0':Sampled foranalytical

10/20 silicasand packfrom 4.0-15.5 ft-bgs

0.010-inchslot, 2-inch,Sch. 40,PVC screenfrom 5.0-15.0 ft-bgs

2-inch, Sch.40, PVCbottom capfrom 15.0-15.475 ft-bgs.

94

94

SS-5

SS-6

MW-5

Terminal 11705482-023-400

South Park, WAPort of Seattle

2/27/08 08332/27/08 0915

Cascade Drilling Inc.Andy Flagan/Scott Kruger

Flush mount- -

HSA CME 75/ HSA CME 85HSA

2"8.25'

4.25" HSAR. Kencht

--

-15.5'

10/20 sillica sandBentonite chips-0.010" slot, Sch. 40 PVC, 5-15 ft-bgs

3/27/08 0900 7.5'3/27/08 1030 9.59'

ft-bgs - feet below ground surface

Sch. - Schedule

16

3

18

50/2"

3

2

-

2.1

Page 6: Appendix A Well Boring Logs - T-117t117.com/documents/gw/q1/q1gw_monitrpt_apxa-b.pdfAppendix A Well Boring Logs . Well Completion Groundwater DP = Direct Push Sample Type Sample (ft.)

Com

plet

ion

Wel

l

Groundwater

DP = Direct Push

Sample Type

(ft.)Sample

Time

0

5

Dep

th

Gra

phic Comments

Dep

thR

ange

Date Depth (ft.)

% R

ec

ENSR1011 SW Klickitat Way, Suite 207Seattle, WA 98134-1162Phone: (206) 624-9349

SS = Split Spoon

N = SPT

C = Core

0

-5

Elev

atio

n(ft

.)

Remarks and Datum Used:

Fax: (206) 624-2839

Type Lo

g

Sheet 1 of 3Well #:

Project:Project #:Location:Client:Start Date & Time:Finish Date & Time:Contractor:Operator:

Easting:Monument:Northing:Drill Rig Type:Method:Casing ID:Boring ID:Bit Type:Logged By: Screen:

Grout:Seal:Filter Pack:Total Depth:MP Elevation:Ground Elevation:Stick Up:

Blo

ws

per 6

"PI

D(p

pm)

& N

umbe

r Soil and Rock Description

Classification Scheme:

Boring/Well Log

& Samples

(0.0-0.5) ASPHALT AND ROADBASE.

(0.5-1.25) SW: WELL GRADED SAND, dark brownto slightly dark gray, fine to coarse, very dense,moist. 20-25% sub rounded, fine gravel. No odor orvisible contamination.

(1.25-2.0) SW: WELL GRADED SAND, gray to lightgray, fine to coarse, very dense, moist. 15-20% subrounded to sub angular, fine gravel. 10% silt. Noodor or visible contamination.

(2.0-2.5) Not Sampled.

(2.5-3.0) SW: WELL GRADED SAND, dark brown to grayish brown, fine to coarse, loose, moist. 15-20%sub angular to sub rounded, fine gravel. No odor orvisible contamination.

(3.0-4.0) SP: POORLY GRADED SAND, yellowishbrown, fine, loose, moist. 10% silt. No odor or visible contamination.

(4.0-5.0) Not Sampled.

(5.0-5.5) SP: POORLY GRADED SAND, dark brown with yellowish brown mottles, fine, medium dense,moist. 10% sub angular to sub rounded, coarsesand. One sub rounded, coarse gravel, 1.5" indiameter. No odor or visible contamination.

(5.5-6.5) SW: WELL GRADED SAND, very darkbrown, fine to medium, medium dense, moist. 10%sub rounded to sub angular, coarse sand and finegravel. Trace sub rounded to sub angular, coarsegravel up to 1.25" in diameter. No odor or visiblecontamination.

(6.5-7.5) Not Sampled.

0.5-2.0'

2.5-4.0'

5.0-6.5'

0.5-2.0':Sampled foranalytical

2.5-4.0':Sampled foranalytical

5.0-6.5':Sampled foranalytical

Flush mount monument2-inch Sch.40 PVCcasing from0.35-9.0 ft-bgs

Bentonitechip sealfrom 2.0-8.0ft-bgs

100

94

66

SS-1

SS-2

SS-3

MW-08

Terminal 11705482-023-400

South Park, WAPort of Seattle

2/28/08 07492/28/08 0840

Cascade Drilling Inc.Andy Flagan

Flush mount- -

HSA CME 85HSA

2"8.25'

4.25" HSAR. Kencht

--

-19.5'

10/20 sillica sandBentonite chips-0.010" slot, Sch. 40 PVC, 9-19 ft-bgs

3/28/08 0815 7.5'2/28/08 1149 12.20'

ft-bgs - feet below ground surface

Sch. - Schedule

26

3

12

50/6"

3

4

13

13

0.4

0.5

0.4

Page 7: Appendix A Well Boring Logs - T-117t117.com/documents/gw/q1/q1gw_monitrpt_apxa-b.pdfAppendix A Well Boring Logs . Well Completion Groundwater DP = Direct Push Sample Type Sample (ft.)

Com

plet

ion

Wel

l

Groundwater

DP = Direct Push

Sample Type

(ft.)Sample

Time

10

Dep

th

Gra

phic Comments

Dep

thR

ange

Date Depth (ft.)

% R

ec

ENSR1011 SW Klickitat Way, Suite 207Seattle, WA 98134-1162Phone: (206) 624-9349

SS = Split Spoon

N = SPT

C = Core

-10

Elev

atio

n(ft

.)

Remarks and Datum Used:

Fax: (206) 624-2839

Type Lo

g

Sheet 2 of 3Well #:

Project:Project #:Location:Client:Start Date & Time:Finish Date & Time:Contractor:Operator:

Easting:Monument:Northing:Drill Rig Type:Method:Casing ID:Boring ID:Bit Type:Logged By: Screen:

Grout:Seal:Filter Pack:Total Depth:MP Elevation:Ground Elevation:Stick Up:

Blo

ws

per 6

"PI

D(p

pm)

& N

umbe

r Soil and Rock Description

Classification Scheme:

Boring/Well Log

& Samples

(7.5-9.0) SW: WELL GRADED SAND, dark brown to dark grayish brown, fine to medium, loose, wet. 10-15% sub rounded to rounded, fine gravel. Tracecoarse gravel, up to 2" long. No odor or visiblecontamination.

(9.0-10.0) Not Sampled.

(10.0-11.5) SW: WELL GRADED SAND, brown, fine to coarse, medium dense, wet. 15-20% coarse,angular to rounded, coarse gravel, up to 2" long. Noodor or visible contamination.

(11.5-12.5) Not Sampled.

(12.5-14.0) SW: WELL GRADED SAND, darkgrayish brown, fine to coarse, medium dense, wet.20% rounded to sub angular, fine to coarse gravelup to 1.5" long. Trace 1/2" diameter pockets of finesand. No odor or visible contamination.

(14.0-15.0) Not Sampled.

7.5-9.0'

10.0-11.5'

12.5-14.0'

7.5-9.0':Sampled foranalytical

10-11.5':Sampled foranalytical

12.5-14.0':Sampled foranalytical

10/20 silicasand packfrom 8.0-19.0 ft-bgs

47

50

44

SS-4

SS-5

SS-6

MW-08

Terminal 11705482-023-400

South Park, WAPort of Seattle

2/28/08 07492/28/08 0840

Cascade Drilling Inc.Andy Flagan

Flush mount- -

HSA CME 85HSA

2"8.25'

4.25" HSAR. Kencht

--

-19.5'

10/20 sillica sandBentonite chips-0.010" slot, Sch. 40 PVC, 9-19 ft-bgs

3/28/08 0815 7.5'2/28/08 1149 12.20'

ft-bgs - feet below ground surface

Sch. - Schedule

4

4

3

4

5

5

6

4

4

0.4

0.4

0.5

Page 8: Appendix A Well Boring Logs - T-117t117.com/documents/gw/q1/q1gw_monitrpt_apxa-b.pdfAppendix A Well Boring Logs . Well Completion Groundwater DP = Direct Push Sample Type Sample (ft.)

Com

plet

ion

Wel

l

Groundwater

DP = Direct Push

Sample Type

(ft.)Sample

Time

15

Dep

th

Gra

phic Comments

Dep

thR

ange

Date Depth (ft.)

% R

ec

ENSR1011 SW Klickitat Way, Suite 207Seattle, WA 98134-1162Phone: (206) 624-9349

SS = Split Spoon

N = SPT

C = Core

-15

Elev

atio

n(ft

.)

Remarks and Datum Used:

Fax: (206) 624-2839

Type Lo

g

Sheet 3 of 3Well #:

Project:Project #:Location:Client:Start Date & Time:Finish Date & Time:Contractor:Operator:

Easting:Monument:Northing:Drill Rig Type:Method:Casing ID:Boring ID:Bit Type:Logged By: Screen:

Grout:Seal:Filter Pack:Total Depth:MP Elevation:Ground Elevation:Stick Up:

Blo

ws

per 6

"PI

D(p

pm)

& N

umbe

r Soil and Rock Description

Classification Scheme:

Boring/Well Log

& Samples

(15.0-15.25) SP: POORLY GRADED SAND, darkgray, medium, medium dense, wet. 20% fine sand.Slight H2S odor, no visible contamination.

(15.25-16.0) SP: POORLY GRADED SAND, darkgray, medium, medium dense, wet. 20% subrounded, fine gravel. Trace sub rounded, coarsegravel, up to 2.5" in diameter. No odor or visiblecontamination.

(16.0-16.3) SW: WELL GRADED SAND, grayishbrown, fine to medium, medium dense, flat, wet.20% rounded, fine gravel, up to 1.5" long. 10-15%silt. No odor or visible contamination.

(16.3-16.5) ML: SILT, dark gray with black mottles,very stiff, wet. Trace rootlets and very fine sand.Slight H2S odor, No visible contamination.

(16.5-17.5) Not Sampled.

(17.5-18.5) ML: SILT, dark gray, high plasticity, slow dilatency, medium stiff, wet. One large, 3" longpiece of wood, not lumbered. Strong H2S odor, novisible contamination.

(18.5-19.0) SP: POORLY GRADED SAND, gray,fine, loose, wet. 1/4" thick lense of brown, fine sand. Trace medium sand. No odor or visiblecontamination.

(19.0-19.5) Not Sampled.

15.0-16.5'

17.5-19.0'

0.010-inchslot, 2-inch,Sch. 40,PVC screenfrom 9.0-19.0 ft-bgs

2-inch, Sch.40, PVCbottom capfrom 19.0-19.475 ft-bgs.

100

72

SS-7

SS-8

MW-08

Terminal 11705482-023-400

South Park, WAPort of Seattle

2/28/08 07492/28/08 0840

Cascade Drilling Inc.Andy Flagan

Flush mount- -

HSA CME 85HSA

2"8.25'

4.25" HSAR. Kencht

--

-19.5'

10/20 sillica sandBentonite chips-0.010" slot, Sch. 40 PVC, 9-19 ft-bgs

3/28/08 0815 7.5'2/28/08 1149 12.20'

ft-bgs - feet below ground surface

Sch. - Schedule

12

3

14

14

4

5

0.5

0.4

Page 9: Appendix A Well Boring Logs - T-117t117.com/documents/gw/q1/q1gw_monitrpt_apxa-b.pdfAppendix A Well Boring Logs . Well Completion Groundwater DP = Direct Push Sample Type Sample (ft.)

Com

plet

ion

Wel

l

Groundwater

DP = Direct Push

Sample Type

(ft.)Sample

Time

0

5

Dep

th

Gra

phic Comments

Dep

thR

ange

Date Depth (ft.)

% R

ec

ENSR1011 SW Klickitat Way, Suite 207Seattle, WA 98134-1162Phone: (206) 624-9349

SS = Split Spoon

N = SPT

C = Core

0

-5El

evat

ion

(ft.)

Remarks and Datum Used:

Fax: (206) 624-2839

Type Lo

g

Sheet 1 of 2Well #:

Project:Project #:Location:Client:Start Date & Time:Finish Date & Time:Contractor:Operator:

Easting:Monument:Northing:Drill Rig Type:Method:Casing ID:Boring ID:Bit Type:Logged By: Screen:

Grout:Seal:Filter Pack:Total Depth:MP Elevation:Ground Elevation:Stick Up:

Blo

ws

per 6

"PI

D(p

pm)

& N

umbe

r Soil and Rock Description

Classification Scheme:

Boring/Well Log

& Samples

(0.0-0.5) ASPHALT AND ROAD BASE.

(0.5-2.0) SW: WELL GRADED SAND, brown andgray, fine to medium, medium dense, dry. 30% subrounded, fine gravel. Trace silt. Brick in shoe. Noodor or visible contamination.

(2.0-2.5) Not Sampled.

(2.5-4.0) SP: POORLY GRADED SAND, grayishbrown, fine, medium dense, moist. Trace rootlets. At 2.7', lense of shiny, black coal-like material,anthropogenic. Gray grading to brownish graymottles from 2.7-4'. Trace sub rounded, fine gravelfrom 2.5-2.7'. No odor or visible contamination.

(4.0-5.0) Not Sampled.

(5.0-6.5) SP: POORLY GRADED SAND, brownishgray grading to gray at 5.25', fine, medium dense,moist. Trace sub rounded, fine gravel. No odor orvisible contamination.

(6.5-7.5) Not Sampled.

(7.5-9.0) SP: POORLY GRADED SAND, gray tobrownish gray, fine, medium dense, moist. 10% siltfrom 8-8.75'. Light gray, iron stained and yellowishbrown laminations. Lense of medium sand from8.75-8.9'. Trace mica. No odor or visiblecontamination.

0.5-2.0'

2.5-4.0'

5.0-6.5'

7.5-9.0'

0.5-2.0':Sampled foranalytical

2.5-4.0':Sampled foranalytical

5.0-6.5':Sampled foranalytical

7.5-9.0':Sampled foranalytical

10-11.5':Sampled foranalytical

Flush mount monument2-inch Sch.40 PVCcasing from0.0-5.0 ft-bgs

Bentonitechip sealfrom 1.5-4.0ft-bgs

38

100

100

100

SS-1

SS-2

SS-3

SS-4

MW-09

Terminal 11705482-023-400

South Park, WAPort of Seattle

2/27/08 13152/27/08 1346

Cascade Drilling Inc.Scott Kruger

Flush mount- -

HSA CME 75HSA

2"8.25'

4.25" HSAR. Kencht

--

-15.5'

10/20 sillica sandBentonite chips-0.010" slot, Sch. 40 PVC, 5-15 ft-bgs

3/27/08 1443 14.68'

ft-bgs - feet below ground surface

Sch. - Schedule

11

7

6

8

7

7

7

8

9

12

7

7

0.2

0.1

0.2

0.3

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Com

plet

ion

Wel

l

Groundwater

DP = Direct Push

Sample Type

(ft.)Sample

Time

10

15

Dep

th

Gra

phic Comments

Dep

thR

ange

Date Depth (ft.)

% R

ec

ENSR1011 SW Klickitat Way, Suite 207Seattle, WA 98134-1162Phone: (206) 624-9349

SS = Split Spoon

N = SPT

C = Core

-10

-15

Elev

atio

n(ft

.)

Remarks and Datum Used:

Fax: (206) 624-2839

Type Lo

g

Sheet 2 of 2Well #:

Project:Project #:Location:Client:Start Date & Time:Finish Date & Time:Contractor:Operator:

Easting:Monument:Northing:Drill Rig Type:Method:Casing ID:Boring ID:Bit Type:Logged By: Screen:

Grout:Seal:Filter Pack:Total Depth:MP Elevation:Ground Elevation:Stick Up:

Blo

ws

per 6

"PI

D(p

pm)

& N

umbe

r Soil and Rock Description

Classification Scheme:

Boring/Well Log

& Samples

(9.0-10.0) Not sampled.

(10.0-11.1) SP: POORLY GRADED SAND, graywith light gray and iron stained mottles, fine,medium dense, wet. No odor or visiblecontamination.

(11.1-11.5) SP: POORLY GRADED SAND, slightlybrownish dark gray, medium, sub rounded, mediumdense, wet. 20% fine sand. No odor or visiblecontamination.

(11.5-12.5) Not Sampled

(12.5-14.0) SW: WELL GRADED SAND, brown todark brown, fine to medium, medium dense, wet.Trace sub rounded, coarse sand, content increasesto 10% at 14'. No odor or visible contamination.

(14.0-15.5) Not Sampled.

10.0-11.5'

12.5-14.0'

12.5-14.0':Sampled foranalytical

10/20 silicasand packfrom 4.0-15.5 ft-bgs

0.010-inchslot, 2-inch,Sch. 40,PVC screenfrom 5.0-15.0 ft-bgs

2-inch, Sch.40, PVCbottom capfrom 15.0-15.475 ft-bgs.

100

100

SS-5

SS-6

MW-09

Terminal 11705482-023-400

South Park, WAPort of Seattle

2/27/08 13152/27/08 1346

Cascade Drilling Inc.Scott Kruger

Flush mount- -

HSA CME 75HSA

2"8.25'

4.25" HSAR. Kencht

--

-15.5'

10/20 sillica sandBentonite chips-0.010" slot, Sch. 40 PVC, 5-15 ft-bgs

3/27/08 1443 14.68'

ft-bgs - feet below ground surface

Sch. - Schedule

7

11

8

12

9

9

0.3

0.3

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Com

plet

ion

Wel

l

Groundwater

DP = Direct Push

Sample Type

(ft.)Sample

Time

0

5

Dep

th

Gra

phic Comments

Dep

thR

ange

Date Depth (ft.)

% R

ec

ENSR1011 SW Klickitat Way, Suite 207Seattle, WA 98134-1162Phone: (206) 624-9349

SS = Split Spoon

N = SPT

C = Core

0

-5El

evat

ion

(ft.)

Remarks and Datum Used:

Fax: (206) 624-2839

Type Lo

g

Sheet 1 of 2Well #:

Project:Project #:Location:Client:Start Date & Time:Finish Date & Time:Contractor:Operator:

Easting:Monument:Northing:Drill Rig Type:Method:Casing ID:Boring ID:Bit Type:Logged By: Screen:

Grout:Seal:Filter Pack:Total Depth:MP Elevation:Ground Elevation:Stick Up:

Blo

ws

per 6

"PI

D(p

pm)

& N

umbe

r Soil and Rock Description

Classification Scheme:

Boring/Well Log

& Samples

(0.0-0.5) ASPHALT AND ROAD BASE.

(0.5-0.7) GP: POORLY GRADED GRAVEL, gray,fine, sub rounded to sub angular, very dense butappears to be loose, dry. 30% sand. No odor orvisible contamination.

(0.7-2.0) SW: WELL GRADED SAND, light grayishbrown, fine, very dense, dry. 10% sub angular tosub rounded, coarse sand and fine gravel. No odoror visible contamination.

(2.0-2.5) Not Sampled.

(2.5-3.25) SW: WELL GRADED SAND, dark brown,medium to coarse, sub angular to sub rounded torounded, medium dense, wet perched zone. 15-20% fine, rounded gravel. No odor or visiblecontamination.

(3.25-4.0) SP: POORLY GRADED SAND, brown,fine, medium dense, moist. 10% silt. Trace finegravel. 2-4mm thick laminations of gray, yellowishbrown, and red iron staining. No odor or visiblecontamination.

(4.0-5.0) Not Sampled.

(5.0-6.5) SP: POORLY GRADED SAND, gray, fine,medium dense, moist. At 6.0-6.5, few light gray andiron stained laminations, up to 1/8" thick. No odor orvisible contamination.

(6.5-7.5) Not Sampled.

(7.5-8.6) SP: POORLY GRADED SAND, brownishgray, fine, loose, moist. Trace sub rounded, coarsesand. Sharp contact with underlying lithology at 8.6'. No odor or visible contamination.

0.5-2.0'

2.5-4.0'

5.0-6.5'

7.5-9.0'

0.5-2.0':Sampled foranalytical

2.5-4.0':Sampled foranalytical

5.0-6.5':Sampled foranalytical

7.5-9.0':Sampled foranalytical

Flush mount monument2-inch Sch.40 PVCcasing from0.0-5.0 ft-bgs

Bentonitechip sealfrom 2.0-4.0ft-bgs

100

61

61

38

SS-1

SS-2

SS-3

SS-4

MW-10

Terminal 11705482-023-400

South Park, WAPort of Seattle

2/28/08 12492/28/08 1330

Cascade Drilling Inc.Andy Flagan/Scott Kruger

Flush mount- -

HSA CME 85HSA

2"8.25'

4.25" HSAR. Kencht

--

-15.5'

10/20 sillica sandBentonite chips-0.010" slot, Sch. 40 PVC, 5-15 ft-bgs

3/28/08 1402 13.47'

ft-bgs - feet below ground surface

Sch. - Schedule

2

6

4

7

7

8

5

6

6

50/2"

0.0

0.0

0.0

0.2

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Com

plet

ion

Wel

l

Groundwater

DP = Direct Push

Sample Type

(ft.)Sample

Time

10

15

Dep

th

Gra

phic Comments

Dep

thR

ange

Date Depth (ft.)

% R

ec

ENSR1011 SW Klickitat Way, Suite 207Seattle, WA 98134-1162Phone: (206) 624-9349

SS = Split Spoon

N = SPT

C = Core

-10

-15

Elev

atio

n(ft

.)

Remarks and Datum Used:

Fax: (206) 624-2839

Type Lo

g

Sheet 2 of 2Well #:

Project:Project #:Location:Client:Start Date & Time:Finish Date & Time:Contractor:Operator:

Easting:Monument:Northing:Drill Rig Type:Method:Casing ID:Boring ID:Bit Type:Logged By: Screen:

Grout:Seal:Filter Pack:Total Depth:MP Elevation:Ground Elevation:Stick Up:

Blo

ws

per 6

"PI

D(p

pm)

& N

umbe

r Soil and Rock Description

Classification Scheme:

Boring/Well Log

& Samples

(8.6-9.0) SP: POORLY GRADED SAND, gray tobrownish gray, medium, sub rounded, loose, moist.No odor or visible contamination.

(9.0-10.0) Not Sampled.

(10.0-11.0) SW: WELL GRADED SAND, darkgrayish brown, medium to fine, loose, moist to wet.2" thick very fine sand lense at 10.4'. No odor orvisible contamination.

(11.0-11.5) SP: POORLY GRADED SAND, gray todark gray, fine, loose, wet. 1/4" thick layers ofbrownish gray and gray, not well defined. No odor or visible contamination.

(11.5-12.5) Not Sampled.

(12.5-12.75) SP: POORLY GRADED SAND, gray,fine, medium dense, wet. thin iron stained bedbetween fine sand and underlying lithology. Atcontact, sub rounded, fine gravel, up to 1" thick. Noodor or visible contamintaion.

(12.75-14.0) SW: WELL GRADED SAND, dark grayto black, medium to coarse, sub rounded, mediumdense, wet. Trace rounded, fine gravel, coarseningdown section. No odor or visible contamination.

(14.0-15.5) Not Sampled.

10.0-11.5'

12.5-14.0'

10-11.5':Sampled foranalytical

12.5-14.0':Sampled foranalytical

10/20 silicasand packfrom 4.0-15.5 ft-bgs

0.010-inchslot, 2-inch,Sch. 40,PVC screenfrom 5.0-15.0 ft-bgs

2-inch, Sch.40, blankPVC tailpipe from15.0-15.475ft-bgs.

66

72

SS-5

SS-6

MW-10

Terminal 11705482-023-400

South Park, WAPort of Seattle

2/28/08 12492/28/08 1330

Cascade Drilling Inc.Andy Flagan/Scott Kruger

Flush mount- -

HSA CME 85HSA

2"8.25'

4.25" HSAR. Kencht

--

-15.5'

10/20 sillica sandBentonite chips-0.010" slot, Sch. 40 PVC, 5-15 ft-bgs

3/28/08 1402 13.47'

ft-bgs - feet below ground surface

Sch. - Schedule

4

5

4

4

5

7

9

0.2

0.3

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Lower Duwamish Waterway Superfund Site: T-117 Early Action Area DRAFT

First Quarter 2008 Interim GW Monitoring Data Results – NTCRA

May 2, 2008

Appendix B Tidal Study

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Lower Duwamish Waterway Superfund Site Terminal 117 Early Action Area

APPENDIX B – TIDAL STUDY Prepared for

The Port of Seattle and The City of Seattle For submittal to: US Environmental Protection Agency, Region 10 1200 Sixth Avenue Seattle, WA 98101

May 2, 2008 PREPARED BY:

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Table of Contents

1 Introduction 1

2 Data Collection and Analysis 1 2.1 METHODOLOGY 1 2.2 ELEVATION CONVERSIONS 1 2.3 EXTRAPOLATED DATA FOR WELLS THAT WENT DRY 2 2.4 LAG TIME 2 2.5 TIDAL EFFICIENCY 3 2.6 GROUNDWATER ELEVATION 3

3 Tidal Study Results 4 3.1 LAG TIME RESULTS 4 3.2 TIDAL RANGE RESULTS 4 3.3 NET GROUNDWATER FLOW DIRECTION 4 3.4 GROUNDWATER SAMPLE TIMING 5

Attachment A. Field Notes

List of Tables

Table B2-1. Solinst Level Logger Type and Placement Table B2-2. Tidal Study Raw Data and Elevations Table B2-3. T117 Monitoring Well Gauging, Select Transducer Readings, and

Elevation Conversions Table B2-4. Summary of Tidal Study Table B2-5. Tidal Efficiencies for Two Calculation Methods Table B2-6. Comparison of Groundwater Elevation Averaging Methods

Lower Duwamish Waterway Superfund Site: T-117 Early Action Area DRAFT

Appendix C – Tidal StudyMay 12, 2008

Page i

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Lower Duwamish Waterway Superfund Site: T-117 Early Action Area DRAFT

Appendix C – Tidal StudyMay 12, 2008

Page ii

List of Figures

Figure B1-1 General Layout Figure B2-1 Well Locations Figure B2-2 Water Elevations Figure B2-3 Water Elevations with Extrapolations Figure B2-4 Net Groundwater Flow Map

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1 Introduction

The T-117 (the site) is located on the west bank of the Lower Duwamish Waterway (LDW), in a tidally influenced area, approximately between River Mile (RM) 3.5 and RM 3.7, as measured from the southern tip of Harbor Island (see Figure B1-1). In tidally influenced groundwater wells, samples are typically collected during a negative low tide. In the LDW, negative low tides occur during two approximately two- to seven-day periods during each month. During a sampling event, groundwater is sampled during the time of maximum drawdown in wells in order to collect samples that are representative of the aquifer groundwater and not of water from the LDW, and in order to maintain consistency between sampling events.

An October 18, 2006 memo from RETEC describes that groundwater sampling at T-117 will occur: a) when the lower low tide on the LDW is negative (starting approximately 1-2 hours after high tide), b) while water levels are falling, and c) before the water in the well drops below the permeable upper layer and recharge diminishes (an elevation of approximately 5 ft MLLW).

The primary purpose of this 48-hour tidal study was to determine the effect of LDW tidal cycles on the groundwater wells at the site to follow this sampling scheme. Tidal efficiencies, average groundwater elevations, and net groundwater flow direction were also calculated to further understand the aquifer characteristics at the site and for comparison to future site conditions.

2 Data Collection and Analysis

2.1 METHODOLOGY The tidal study was conducted in accordance with the QAPP. However, the time in which the study was conducted was increased from 24 hours to 48 hours to allow for more accurate observation of the lowering tide cycle. The study was conducted from March 4 to 6, 2008, during a time of negative low tides. The 10 wells of the site groundwater monitoring network, and 1 stilling well located at the south end of the South Park Marina dock, were included to measure LDW tidal variation (Figure B2-1).

2.2 ELEVATION CONVERSIONS Solinist Levelogger® transducers were placed in each monitoring well and the stilling well and left undisturbed for the duration of the study. Transducer details are included in Table B2-1. Water level measurements were collected by hand in all on-site wells using a water level meter to calibrate transducer data. Wells were gauged three times during the 72 hour study (see Table B2-3).

Raw data collected directly from the transducers (Table B2-2) were converted to elevations by comparing transducer data with three groundwater elevations gauged Lower Duwamish Waterway Superfund Site: T-117 Early Action Area DRAFT

Appendix C – Tidal StudyMay 12, 2008

Page 1

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by hand. Each groundwater gauging level was converted into Mean Lower Low Water (MLLW) elevation based on survey data. MLLW at the site is 2.42 feet below NAVD 88 datum. For each gauged groundwater elevation, the transducer reading was subtracted to find the conversion between the transducer reading and elevation. These conversions were averaged to find a constant value for each well. Excluding MW-07, which was dry for most of the study, the constants ranged from -8.34 to 9.86 feet and the standard deviations of the constants ranged from 0.02 to 0.26 feet for individual wells. The constants were additive; the transducers were assumed to be properly calibrated and to vary linearly with water depth (a one-digit increase in the transducer reading equals a one-foot water level rise), and the effect of barometric pressure on the transducers was assumed to be constant throughout the duration of the study.

Once the constant had been determined for each well, it was used to convert the transducer raw data to MLLW elevation for all data points (Table B2-3).

2.3 EXTRAPOLATED DATA FOR WELLS THAT WENT DRY Three wells (MW-03, MW-04R, and MW-07) went dry during the tidal study. MW-03 and MW-04R went dry during the low-low tide events. Data from both MW-03 and MW-04R were included in the tidal study by extrapolating a curve from the elevation data before and after the wells were dry. First, a mathematic curve fit was performed using a high order polynomial that would look similar to the complex curve of the tidal cycle. Next, the curve was checked by hand to see that the mathematically predicted curves were similar to those of adjacent wells. Figure B2-2 shows groundwater elevation curves as measured by the transducers and Figure B2-3 shows the extrapolated groundwater elevation curves. From the extrapolated curves, lag time, tidal efficiency, and average elevations were calculated for MW-03 and MW-04R.

MW-07 was dry for most of the study. It was discovered after the tidal study that a large amount of silt had accumulated at the bottom of the well (see Section 4-2 in the body of the report for more details). The data from the tidal study for MW-07 was not usable except for the lag time of the high high tides which coincided with a brief period of recharge in the well.

2.4 LAG TIME Tidally influenced groundwater follows the tidal fluctuations of the adjacent channel on a delayed cycle. The average amount of time of this delay for each groundwater monitoring well is the lag time for that well. In this study, the lag time was used to predict best groundwater sample timing based on the tide charts of the channel.

Tidal lag time was calculated by averaging the difference in time between the two high high tides and two low low tides in each monitoring well and the stilling well placed in the LDW. The measured low low tides were two and three minutes ahead of the NOAA Tide Predictions. The measured high high tides were 25 and 35 minutes

Lower Duwamish Waterway Superfund Site: T-117 Early Action Area DRAFT

Appendix C – Tidal StudyMay 12, 2008

Page 2

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ahead of the NOAA Tide Predictions. The tidal lag time of the two low low tides were also presented because they pertain directly to groundwater sample timing (see Table B2-4).

2.5 TIDAL EFFICIENCY Tidal efficiency is the magnitude of the tidal fluctuation of a groundwater monitoring well, expressed as a percentage of the tidal fluctuation in the adjacent channel. Tidal efficiency is used to understand the hydrologic characteristics of the aquifer.

The tidal efficiency was calculated by two methods. The first method was to divide the tidal range for one-quarter of a tidal cycle (first low low tide to the first high high tide) by the same tidal range for the stilling well. This method is within 4% of the other method of calculating tidal efficiencies: dividing the standard deviation of all elevations for a well by the standard deviation of the elevations in the stilling well (Table B2-5).

2.6 GROUNDWATER ELEVATION Groundwater elevation and flow direction are commonly employed to infer the potential sources and impacts of contamination at a site. In a tidally influenced area, groundwater elevations and flow directions vary through the tidal cycle. To evaluate net groundwater flow directions, average elevations are typically estimated using the Serfes (1991) method. Data from this tidal study were used to evaluate average elevations using a simple averaging and the modified method of Serfes (1991).

The average elevations for the wells were determined by calculating the arithmetic mean of the elevations during the full tidal cycle from the first low low water level to the second low low water level for each well (Table B2-4). The net groundwater flow direction for the site was obtained by interpolating elevation contours by hand from the average groundwater elevations for each well (Figure B2-4).

A modified version of the widely used Serfes (1991) method for calculating average groundwater elevation was also explored for this study to verify the appropriateness of the above method. Typically, the Serfes method is used for a 71-hour tidal study in which elevation data are collected hourly. The modified Serfes method calculated moving averages of full tidal cycles (a full tidal cycle ranged from approximately 24 hours 10 minutes to 24 hours 40 minutes during the study), and then averaged all of the moving averages. In other words, the first average was taken from the first low low tide to the second low low tide; the second average was calculated from 10 minutes after the first low low tide to 10 minutes after the second low low tide; and so on for 44 averages up to the final average from the first high high tide to the second high high tide. These 44 averages were subsequently averaged for the average groundwater elevation.

Lower Duwamish Waterway Superfund Site: T-117 Early Action Area DRAFT

Appendix C – Tidal StudyMay 12, 2008

Page 3

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The result was that the average elevation calculated by the modified Serfes (1991) method was similar to the arithmetic mean (0.03 feet variance). Table B2-6 shows a comparison of the two methods using data from the Stilling Well.

3 Tidal Study Results

3.1 LAG TIME RESULTS The average tidal lag time for wells at the site ranged from 25 minutes (MW-08R) to 2 hours and 31 minutes (MW-02). The northern-most wells (MW-07 and MW-08R) had the shortest lag times at 33 minutes and 25 minutes respectively. Other near-bank wells had significantly longer lag times, up to 2 hours and 6 minutes (MW-04R) and 2 hours and 31 minutes at the southern-most well (MW-02). MW-03, located in the center of the site, had a lag time of 2 hours and 6 minutes, similar to that of the larger-lag near-bank wells (see Table B2-4 and Figure B2-4).

A 24-hr tidal study performed from 12/8/03 – 12/9/03 (Windward 2005) measured the lag time for three of the monitoring wells used in this study (MW-02, MW-03, and MW-06), and two wells in the vicinity of replacement wells in this study (MW-04R and MW-05R). The 2003 lag times were based on one low low tide event. The average low low tide lag times in this 2008 study were longer than those measured in 2003 by 3 minutes (MW-03) to 36 minutes (MW-02). The exception is one newly installed replacement well, MW-04R, which had a lag time of 55 minutes shorter than MW-04 in 2003 (see Table B2-4).

3.2 TIDAL RANGE RESULTS The tidal range on the LDW during the first quarter cycle of tidal study (first low low water level to the first high high water level) was 11.80 feet, ranging in elevation from -0.54 feet MLLW to 11.26 feet MLLW. As expected, the tidal influence was strongest in near-bank wells and diminished further upland. Groundwater levels fluctuated from a maximum of 7.61 feet near the bank (MW-08R, 3.49 to 11.10 ft MLLW) to a minimum of 0.00 at an upland well (MW-01, 13.08 ft MLLW). The tidal efficiencies ranged from 64.5% (MW-08R) to 0.0% (MW-01). There was a significant tidal influence in wells MW-02 through MW-08R (26.9% to 64.5%) and an insignificant tidal influence in MW-01, MW-09 and MW-10 (0.0% to 0.3%). Table B2-4 summarizes this data and Figure B2-4 shows the tidal efficiencies across the site.

3.3 NET GROUNDWATER FLOW DIRECTION The net flow direction at the site is generally toward the LDW, which had an average elevation of 6.54 feet MLLW at the stilling well (see Figure B2-4) during the tidal study. Average groundwater elevations from the on-site wells ranged from 7.00 feet MLLW (MW-06) to 13.03 feet MLLW (MW-01). Groundwater elevation in MW-01 was

Lower Duwamish Waterway Superfund Site: T-117 Early Action Area DRAFT

Appendix C – Tidal StudyMay 12, 2008

Page 4

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Lower Duwamish Waterway Superfund Site: T-117 Early Action Area DRAFT

Appendix C – Tidal StudyMay 12, 2008

Page 5

observed to be significantly higher than the other far upland wells (MW-09 and MW-10).

3.4 GROUNDWATER SAMPLE TIMING Table B2-4 provides a summary of groundwater sample timing for each well at the site based on the logic presented in the introduction to this appendix (Section 1.0).

For the two monitoring wells that went dry during the tidal study, MW-03 and MW-04R, the sample timing was recommended to be before the well went dry before the lowest low tide. The sample timing of the other well that went dry during the study, MW-07, which was redeveloped before the sampling event, was determined based on the lag time of the high high tides only.

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Lower Duwamish Waterway Superfund Site: T-117 Early Action Area DRAFT

Appendix B – Tidal StudyMay 12, 2008

Tables

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Table B2-1 Solinst Level Logger Type and PlacementLevel Logger

IDLevel Logger Serial Number

Level Logger Type

Length of Transducer (ft)

(tip to tail)

Well depth from top of casing

(ft-TOC)

Length of transducer

cap

Length of rope (ft)

Depth of Transducer in well (ft-btotc)

Distance above bottom of well

(ft)

MW-01 00310-24577 Gold LT F30/M10 Model 3001 0.51 14.32 0.11 13.8 14.42 0.01

MW-02 33739 LT F30/M10 Model 3001 0.41 16.17 0.1 15 15.51 0.76

MW-03 00310-23905 Gold LT F30/M10 Model 3001 0.51 13.91 0.11 13 13.62 0.4

MW-04R 74377 LT F30/M10 Model 3001 0.41 13.89 0.12 13 13.53 0.48

MW-05R 00310-23914 Gold LT F30/M10 Model 3001 0.51 15.15 0.12 14 14.63 0.64

MW-06 00610-29820Gold LT

F300/M100 Model 3001

0.51 15.36 0.11 13 13.62 1.85

MW-07 45031 LT F100/M30 Model 3001 0.41 14.18* 0.11 13 13.52 0.77

MW-08R 00610-29823Gold LT

F300/M100 Model 3001

0.51 19.12 0.11 18 18.62 0.61

MW-09 51840 LT F30/M10 Model 3001 0.41 15.18 0.11 14.7 15.22 0.07

MW-10 00310-23917 Gold LT F30/M10 Model 3001 0.51 14.9 0.08 14 14.59 0.39

Stilling Well 00610-29848Gold LT

F300/M100 Model 3001

0.51 NA 0.14 20 20.65 NA

TOC - below top of PVC casingbtotc - below top of transducer capNA - not applicable* this depth measurement was read for the tidal study prior to the well development that removed a large volume of silt and reestablished well depth

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Page 24: Appendix A Well Boring Logs - T-117t117.com/documents/gw/q1/q1gw_monitrpt_apxa-b.pdfAppendix A Well Boring Logs . Well Completion Groundwater DP = Direct Push Sample Type Sample (ft.)

Table B2-2 Tidal Study Raw Data and Elevations

9.86 -1.47 1.42 3.7113.10 9.35 8.88 8.9512.85 4.87 4.51 6.73

0.25 4.48 4.37 2.2213.03 7.76 7.19 7.43

Date and time Level Temp Elevation (ft) Date and time Level Temp Elevation Date and time Level Temp Elevation Date and time Level Temp Elevation

3/4/2008 14:34 3.20038 12.447 13.06 3/4/2008 14:08 10.48 12.31 9.01 3/4/2008 14:21 6.96412 13.348 8.38 3/4/2008 13:45 4.6 10.77 8.313/4/2008 14:44 3.20024 11.839 13.06 3/4/2008 14:18 10.52 12.09 9.05 3/4/2008 14:31 7.00962 13.469 8.42 3/4/2008 13:55 4.61 8.69 8.323/4/2008 14:54 3.20027 11.653 13.06 3/4/2008 14:28 10.56 12.07 9.09 3/4/2008 14:41 7.0452 13.41 8.46 3/4/2008 14:05 4.68 8.59 8.393/4/2008 15:04 3.19793 11.524 13.05 3/4/2008 14:38 10.59 12.12 9.12 3/4/2008 14:51 7.06732 13.421 8.48 3/4/2008 14:15 4.71 8.55 8.423/4/2008 15:14 3.19504 11.435 13.05 3/4/2008 14:48 10.61 12.15 9.14 3/4/2008 15:01 7.08409 13.427 8.50 3/4/2008 14:25 4.72 8.58 8.433/4/2008 15:24 3.19578 11.379 13.05 3/4/2008 14:58 10.63 12.18 9.16 3/4/2008 15:11 7.09876 13.409 8.51 3/4/2008 14:35 4.74 8.53 8.453/4/2008 15:34 3.19944 11.34 13.05 3/4/2008 15:08 10.64 12.16 9.17 3/4/2008 15:21 7.10643 13.452 8.52 3/4/2008 14:45 4.73 8.53 8.443/4/2008 15:44 3.19933 11.315 13.05 3/4/2008 15:18 10.65 12.2 9.18 3/4/2008 15:31 7.1098 13.431 8.53 3/4/2008 14:55 4.76 8.53 8.473/4/2008 15:54 3.19623 11.297 13.05 3/4/2008 15:28 10.65 12.25 9.18 3/4/2008 15:41 7.09529 13.437 8.51 3/4/2008 15:05 4.74 8.51 8.453/4/2008 16:04 3.19641 11.286 13.05 3/4/2008 15:38 10.65 12.17 9.18 3/4/2008 15:51 7.06728 13.408 8.48 3/4/2008 15:15 4.75 8.54 8.463/4/2008 16:14 3.19567 11.277 13.05 3/4/2008 15:48 10.63 12.11 9.16 3/4/2008 16:01 7.03928 13.404 8.45 3/4/2008 15:25 4.72 8.54 8.433/4/2008 16:24 3.19465 11.269 13.05 3/4/2008 15:58 10.62 12.18 9.15 3/4/2008 16:11 7.01061 13.406 8.43 3/4/2008 15:35 4.68 8.55 8.393/4/2008 16:34 3.19472 11.265 13.05 3/4/2008 16:08 10.58 12.02 9.11 3/4/2008 16:21 6.97258 13.355 8.39 3/4/2008 15:45 4.62 8.52 8.333/4/2008 16:44 3.19574 11.261 13.05 3/4/2008 16:18 10.55 12.21 9.08 3/4/2008 16:31 6.92612 13.345 8.34 3/4/2008 15:55 4.58 8.54 8.293/4/2008 16:54 3.19472 11.259 13.05 3/4/2008 16:28 10.5 12.13 9.03 3/4/2008 16:41 6.87095 13.378 8.29 3/4/2008 16:05 4.51 8.55 8.223/4/2008 17:04 3.19623 11.256 13.05 3/4/2008 16:38 10.47 12.22 9.00 3/4/2008 16:51 6.80997 13.357 8.23 3/4/2008 16:15 4.47 8.5 8.183/4/2008 17:14 3.20014 11.255 13.06 3/4/2008 16:48 10.42 12.16 8.95 3/4/2008 17:01 6.74235 13.352 8.16 3/4/2008 16:25 4.39 8.49 8.103/4/2008 17:24 3.1956 11.253 13.05 3/4/2008 16:58 10.37 12.15 8.90 3/4/2008 17:11 6.67088 13.346 8.09 3/4/2008 16:35 4.31 8.49 8.023/4/2008 17:34 3.19574 11.252 13.05 3/4/2008 17:08 10.31 12.13 8.84 3/4/2008 17:21 6.57856 13.326 7.99 3/4/2008 16:45 4.23 8.47 7.943/4/2008 17:44 3.1951 11.251 13.05 3/4/2008 17:18 10.25 12.13 8.78 3/4/2008 17:31 6.46882 13.325 7.88 3/4/2008 16:55 4.16 8.49 7.873/4/2008 17:54 3.195 11.25 13.05 3/4/2008 17:28 10.17 12.07 8.70 3/4/2008 17:41 6.34995 13.32 7.77 3/4/2008 17:05 4.08 8.49 7.793/4/2008 18:04 3.1913 11.249 13.05 3/4/2008 17:38 10.07 12.02 8.60 3/4/2008 17:51 6.24052 13.307 7.66 3/4/2008 17:15 4.02 8.53 7.733/4/2008 18:14 3.19278 11.248 13.05 3/4/2008 17:48 9.98 11.86 8.51 3/4/2008 18:01 6.12985 13.283 7.55 3/4/2008 17:25 3.93 8.47 7.643/4/2008 18:24 3.19493 11.248 13.05 3/4/2008 17:58 9.87 11.89 8.40 3/4/2008 18:11 6.00781 13.28 7.42 3/4/2008 17:35 3.86 8.47 7.573/4/2008 18:34 3.19715 11.247 13.05 3/4/2008 18:08 9.75 11.89 8.28 3/4/2008 18:21 5.85328 13.287 7.27 3/4/2008 17:45 3.79 8.49 7.503/4/2008 18:44 3.1976 11.247 13.05 3/4/2008 18:18 9.63 11.79 8.16 3/4/2008 18:31 5.65872 13.27 7.07 3/4/2008 17:55 3.71 8.47 7.423/4/2008 18:54 3.19662 11.246 13.05 3/4/2008 18:28 9.51 11.76 8.04 3/4/2008 18:41 5.43352 13.242 6.85 3/4/2008 18:05 3.63 8.51 7.343/4/2008 19:04 3.1943 11.245 13.05 3/4/2008 18:38 9.38 11.67 7.91 3/4/2008 18:51 5.30939 13.286 6.72 3/4/2008 18:15 3.53 8.52 7.243/4/2008 19:14 3.19334 11.245 13.05 3/4/2008 18:48 9.25 11.69 7.78 3/4/2008 19:01 5.1938 13.304 6.61 3/4/2008 18:25 3.46 8.51 7.173/4/2008 19:24 3.19098 11.244 13.05 3/4/2008 18:58 9.1 11.67 7.63 3/4/2008 19:11 5.08118 13.323 6.50 3/4/2008 18:35 3.41 8.52 7.123/4/2008 19:34 3.18989 11.243 13.05 3/4/2008 19:08 8.94 11.65 7.47 3/4/2008 19:21 4.96341 13.337 6.38 3/4/2008 18:45 3.36 8.54 7.073/4/2008 19:44 3.18764 11.244 13.04 3/4/2008 19:18 8.76 11.63 7.29 3/4/2008 19:31 4.8318 13.347 6.25 3/4/2008 18:55 3.31 8.53 7.023/4/2008 19:54 3.18535 11.243 13.04 3/4/2008 19:28 8.61 11.52 7.14 3/4/2008 19:41 4.62323 13.351 6.04 3/4/2008 19:05 3.22 8.55 6.933/4/2008 20:04 3.18743 11.242 13.04 3/4/2008 19:38 8.47 11.59 7.00 3/4/2008 19:51 4.28663 13.327 5.70 3/4/2008 19:15 3.16 8.57 6.873/4/2008 20:14 3.18951 11.242 13.04 3/4/2008 19:48 8.31 11.6 6.84 3/4/2008 20:01 4.02358 13.355 5.44 3/4/2008 19:25 3.16 8.53 6.873/4/2008 20:24 3.19577 11.242 13.05 3/4/2008 19:58 8.18 11.52 6.71 3/4/2008 20:11 3.94111 13.408 5.36 3/4/2008 19:35 3.18 8.55 6.893/4/2008 20:34 3.19789 11.242 13.05 3/4/2008 20:08 8.04 11.69 6.57 3/4/2008 20:21 3.86036 13.443 5.28 3/4/2008 19:45 3.18 8.55 6.893/4/2008 20:44 3.19972 11.242 13.05 3/4/2008 20:18 7.91 11.67 6.44 3/4/2008 20:31 3.77495 13.457 5.19 3/4/2008 19:55 3.19 8.55 6.903/4/2008 20:54 3.20113 11.24 13.06 3/4/2008 20:28 7.79 11.67 6.32 3/4/2008 20:41 3.67929 13.47 5.09 3/4/2008 20:05 3.18 8.51 6.893/4/2008 21:04 3.2037 11.24 13.06 3/4/2008 20:38 7.67 11.7 6.20 3/4/2008 20:51 3.57413 13.474 4.99 3/4/2008 20:15 3.18 8.55 6.893/4/2008 21:14 3.20563 11.241 13.06 3/4/2008 20:48 7.54 11.76 6.07 3/4/2008 21:01 3.47365 13.479 4.89 3/4/2008 20:25 3.18 8.55 6.893/4/2008 21:24 3.20799 11.24 13.06 3/4/2008 20:58 7.43 11.79 5.96 3/4/2008 21:11 3.38433 13.487 4.80 3/4/2008 20:35 3.21 8.54 6.923/4/2008 21:34 3.20725 11.24 13.06 3/4/2008 21:08 7.26 11.82 5.79 3/4/2008 21:21 3.31878 13.493 4.73 3/4/2008 20:45 3.19 8.53 6.903/4/2008 21:44 3.21003 11.24 13.07 3/4/2008 21:18 7.13 11.85 5.66 3/4/2008 21:31 3.25553 13.499 4.67 3/4/2008 20:55 3.21 8.58 6.923/4/2008 21:54 3.20915 11.24 13.06 3/4/2008 21:28 7 11.85 5.53 3/4/2008 21:41 3.23637 13.501 4.65 3/4/2008 21:05 3.19 8.56 6.903/4/2008 22:04 3.21162 11.239 13.07 3/4/2008 21:38 6.88 11.84 5.41 3/4/2008 21:51 3.23595 13.502 4.65 3/4/2008 21:15 3.21 8.55 6.923/4/2008 22:14 3.21736 11.238 13.07 3/4/2008 21:48 6.8 11.85 5.33 3/4/2008 22:01 3.23669 13.507 4.65 3/4/2008 21:25 3.19 8.53 6.903/4/2008 22:24 3.21996 11.238 13.08 3/4/2008 21:58 6.71 11.89 5.24 3/4/2008 22:11 3.24239 13.511 4.66 3/4/2008 21:35 3.19 8.55 6.903/4/2008 22:34 3.21782 11.238 13.07 3/4/2008 22:08 6.65 11.95 5.18 3/4/2008 22:21 3.2444 13.516 4.66 3/4/2008 21:45 3.2 8.55 6.91

Average (1st low-2nd low)

Transducer conversion (additive)MaxMin

FluctuationAverage (1st low-2nd low)

Transducer conversion (additive)MaxMin

FluctuationAverage (1st low-2nd low)

Transducer conversion (additive)MaxMin

FluctuationAverage (1st low-2nd low)

Transducer conversion (additive)MaxMin

Fluctuation

MW-01 MW-02 MW-03 MW-04R

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Page 25: Appendix A Well Boring Logs - T-117t117.com/documents/gw/q1/q1gw_monitrpt_apxa-b.pdfAppendix A Well Boring Logs . Well Completion Groundwater DP = Direct Push Sample Type Sample (ft.)

Table B2-2 Tidal Study Raw Data and Elevations

9.86 -1.47 1.42 3.7113.10 9.35 8.88 8.9512.85 4.87 4.51 6.73

0.25 4.48 4.37 2.2213.03 7.76 7.19 7.43

Date and time Level Temp Elevation (ft) Date and time Level Temp Elevation Date and time Level Temp Elevation Date and time Level Temp Elevation

Average (1st low-2nd low)

Transducer conversion (additive)MaxMin

FluctuationAverage (1st low-2nd low)

Transducer conversion (additive)MaxMin

FluctuationAverage (1st low-2nd low)

Transducer conversion (additive)MaxMin

FluctuationAverage (1st low-2nd low)

Transducer conversion (additive)MaxMin

Fluctuation

MW-01 MW-02 MW-03 MW-04R

3/4/2008 22:44 3.21954 11.238 13.07 3/4/2008 22:18 6.58 11.97 5.11 3/4/2008 22:31 3.24303 13.521 4.66 3/4/2008 21:55 3.24 8.56 6.953/4/2008 22:54 3.2181 11.237 13.07 3/4/2008 22:28 6.52 12.01 5.05 3/4/2008 22:41 3.24289 13.523 4.66 3/4/2008 22:05 3.21 8.55 6.923/4/2008 23:04 3.21817 11.237 13.07 3/4/2008 22:38 6.49 12.07 5.02 3/4/2008 22:51 3.24352 13.527 4.66 3/4/2008 22:15 3.24 8.55 6.953/4/2008 23:14 3.22024 11.237 13.08 3/4/2008 22:48 6.45 12.12 4.98 3/4/2008 23:01 3.24317 13.531 4.66 3/4/2008 22:25 3.23 8.56 6.943/4/2008 23:24 3.22373 11.236 13.08 3/4/2008 22:58 6.42 12.13 4.95 3/4/2008 23:11 3.24581 13.533 4.66 3/4/2008 22:35 3.2 8.55 6.913/4/2008 23:34 3.22458 11.236 13.08 3/4/2008 23:08 6.41 12.15 4.94 3/4/2008 23:21 3.24778 13.536 4.66 3/4/2008 22:45 3.23 8.54 6.943/4/2008 23:44 3.22633 11.236 13.08 3/4/2008 23:18 6.42 12.13 4.95 3/4/2008 23:31 3.25243 13.538 4.67 3/4/2008 22:55 3.2 8.55 6.913/4/2008 23:54 3.2251 11.235 13.08 3/4/2008 23:28 6.43 12.17 4.96 3/4/2008 23:41 3.25342 13.54 4.67 3/4/2008 23:05 3.21 8.57 6.923/5/2008 0:04 3.22648 11.235 13.08 3/4/2008 23:38 6.46 12.19 4.99 3/4/2008 23:51 3.25349 13.546 4.67 3/4/2008 23:15 3.21 8.55 6.923/5/2008 0:14 3.22764 11.235 13.08 3/4/2008 23:48 6.51 12.19 5.04 3/5/2008 0:01 3.31548 13.589 4.73 3/4/2008 23:25 3.21 8.53 6.923/5/2008 0:24 3.22841 11.235 13.08 3/4/2008 23:58 6.56 12.23 5.09 3/5/2008 0:11 3.38086 13.656 4.80 3/4/2008 23:35 3.22 8.56 6.933/5/2008 0:34 3.22954 11.234 13.08 3/5/2008 0:08 6.6 12.26 5.13 3/5/2008 0:21 3.45909 13.705 4.87 3/4/2008 23:45 3.22 8.55 6.933/5/2008 0:44 3.23014 11.234 13.09 3/5/2008 0:18 6.66 12.28 5.19 3/5/2008 0:31 3.55746 13.732 4.97 3/4/2008 23:55 3.22 8.55 6.933/5/2008 0:54 3.23289 11.234 13.09 3/5/2008 0:28 6.74 12.31 5.27 3/5/2008 0:41 3.67683 13.747 5.09 3/5/2008 0:05 3.23 8.55 6.943/5/2008 1:04 3.23644 11.233 13.09 3/5/2008 0:38 6.82 12.33 5.35 3/5/2008 0:51 3.80116 13.752 5.22 3/5/2008 0:15 3.24 8.55 6.953/5/2008 1:14 3.23729 11.234 13.09 3/5/2008 0:48 6.91 12.36 5.44 3/5/2008 1:01 3.91626 13.757 5.33 3/5/2008 0:25 3.23 8.55 6.943/5/2008 1:24 3.2351 11.234 13.09 3/5/2008 0:58 7.01 12.36 5.54 3/5/2008 1:11 4.03087 13.754 5.45 3/5/2008 0:35 3.22 8.53 6.933/5/2008 1:34 3.23493 11.233 13.09 3/5/2008 1:08 7.13 12.39 5.66 3/5/2008 1:21 4.14464 13.757 5.56 3/5/2008 0:45 3.23 8.55 6.943/5/2008 1:44 3.23401 11.233 13.09 3/5/2008 1:18 7.26 12.37 5.79 3/5/2008 1:31 4.47508 13.751 5.89 3/5/2008 0:55 3.24 8.55 6.953/5/2008 1:54 3.23362 11.233 13.09 3/5/2008 1:28 7.4 12.39 5.93 3/5/2008 1:41 4.6863 13.728 6.10 3/5/2008 1:05 3.24 8.55 6.953/5/2008 2:04 3.23193 11.232 13.09 3/5/2008 1:38 7.54 12.4 6.07 3/5/2008 1:51 4.86543 13.701 6.28 3/5/2008 1:15 3.23 8.55 6.943/5/2008 2:14 3.22947 11.232 13.08 3/5/2008 1:48 7.67 12.38 6.20 3/5/2008 2:01 4.96986 13.694 6.39 3/5/2008 1:25 3.25 8.54 6.963/5/2008 2:24 3.22493 11.232 13.08 3/5/2008 1:58 7.79 12.33 6.32 3/5/2008 2:11 5.05981 13.696 6.48 3/5/2008 1:35 3.26 8.56 6.973/5/2008 2:34 3.22391 11.232 13.08 3/5/2008 2:08 7.91 12.34 6.44 3/5/2008 2:21 5.15223 13.679 6.57 3/5/2008 1:45 3.23 8.57 6.943/5/2008 2:44 3.21968 11.232 13.07 3/5/2008 2:18 8.04 12.3 6.57 3/5/2008 2:31 5.24849 13.687 6.66 3/5/2008 1:55 3.25 8.56 6.963/5/2008 2:54 3.21838 11.23 13.07 3/5/2008 2:28 8.18 12.31 6.71 3/5/2008 2:41 5.35369 13.675 6.77 3/5/2008 2:05 3.24 8.56 6.953/5/2008 3:04 3.21672 11.231 13.07 3/5/2008 2:38 8.33 12.31 6.86 3/5/2008 2:51 5.47964 13.69 6.89 3/5/2008 2:15 3.22 8.55 6.933/5/2008 3:14 3.2125 11.231 13.07 3/5/2008 2:48 8.48 12.3 7.01 3/5/2008 3:01 5.65722 13.669 7.07 3/5/2008 2:25 3.24 8.56 6.953/5/2008 3:24 3.21204 11.231 13.07 3/5/2008 2:58 8.62 12.31 7.15 3/5/2008 3:11 5.87312 13.655 7.29 3/5/2008 2:35 3.24 8.55 6.953/5/2008 3:34 3.21046 11.23 13.07 3/5/2008 3:08 8.77 12.31 7.30 3/5/2008 3:21 6.02758 13.63 7.44 3/5/2008 2:45 3.29 8.55 7.003/5/2008 3:44 3.20901 11.23 13.06 3/5/2008 3:18 8.93 12.31 7.46 3/5/2008 3:31 6.15153 13.642 7.57 3/5/2008 2:55 3.42 8.57 7.133/5/2008 3:54 3.21299 11.23 13.07 3/5/2008 3:28 9.09 12.31 7.62 3/5/2008 3:41 6.26249 13.602 7.68 3/5/2008 3:05 3.56 8.61 7.273/5/2008 4:04 3.21461 11.231 13.07 3/5/2008 3:38 9.23 12.29 7.76 3/5/2008 3:51 6.37461 13.614 7.79 3/5/2008 3:15 3.67 8.6 7.383/5/2008 4:14 3.21545 11.23 13.07 3/5/2008 3:48 9.39 12.25 7.92 3/5/2008 4:01 6.50644 13.613 7.92 3/5/2008 3:25 3.76 8.57 7.473/5/2008 4:24 3.21545 11.23 13.07 3/5/2008 3:58 9.53 12.26 8.06 3/5/2008 4:11 6.63424 13.596 8.05 3/5/2008 3:35 3.87 8.59 7.583/5/2008 4:34 3.21373 11.231 13.07 3/5/2008 4:08 9.66 12.25 8.19 3/5/2008 4:21 6.74382 13.6 8.16 3/5/2008 3:45 3.97 8.58 7.683/5/2008 4:44 3.21623 11.231 13.07 3/5/2008 4:18 9.8 12.29 8.33 3/5/2008 4:31 6.83689 13.566 8.25 3/5/2008 3:55 4.09 8.61 7.803/5/2008 4:54 3.22172 11.23 13.08 3/5/2008 4:28 9.91 12.29 8.44 3/5/2008 4:41 6.92847 13.594 8.34 3/5/2008 4:05 4.26 8.56 7.973/5/2008 5:04 3.22215 11.23 13.08 3/5/2008 4:38 10.02 12.29 8.55 3/5/2008 4:51 7.02407 13.599 8.44 3/5/2008 4:15 4.36 8.51 8.073/5/2008 5:14 3.22655 11.23 13.08 3/5/2008 4:48 10.15 12.23 8.68 3/5/2008 5:01 7.10371 13.669 8.52 3/5/2008 4:25 4.48 8.5 8.193/5/2008 5:24 3.22838 11.23 13.08 3/5/2008 4:58 10.24 12.28 8.77 3/5/2008 5:11 7.18562 13.601 8.60 3/5/2008 4:35 4.63 8.49 8.343/5/2008 5:34 3.23063 11.23 13.09 3/5/2008 5:08 10.34 12.27 8.87 3/5/2008 5:21 7.25834 13.517 8.67 3/5/2008 4:45 4.76 8.51 8.473/5/2008 5:44 3.22926 11.23 13.08 3/5/2008 5:18 10.42 12.35 8.95 3/5/2008 5:31 7.31307 13.525 8.73 3/5/2008 4:55 4.85 8.52 8.563/5/2008 5:54 3.22609 11.23 13.08 3/5/2008 5:28 10.5 12.39 9.03 3/5/2008 5:41 7.35251 13.563 8.77 3/5/2008 5:05 4.92 8.52 8.633/5/2008 6:04 3.22588 11.23 13.08 3/5/2008 5:38 10.57 12.49 9.10 3/5/2008 5:51 7.38782 13.532 8.80 3/5/2008 5:15 5.01 8.53 8.723/5/2008 6:14 3.22862 11.23 13.08 3/5/2008 5:48 10.64 12.41 9.17 3/5/2008 6:01 7.41415 13.565 8.83 3/5/2008 5:25 5.07 8.55 8.783/5/2008 6:24 3.23186 11.23 13.09 3/5/2008 5:58 10.69 12.36 9.22 3/5/2008 6:11 7.43686 13.617 8.85 3/5/2008 5:35 5.13 8.55 8.843/5/2008 6:34 3.23148 11.23 13.09 3/5/2008 6:08 10.73 12.43 9.26 3/5/2008 6:21 7.45786 13.577 8.87 3/5/2008 5:45 5.17 8.56 8.883/5/2008 6:44 3.2275 11.23 13.08 3/5/2008 6:18 10.75 12.45 9.28 3/5/2008 6:31 7.46784 13.592 8.88 3/5/2008 5:55 5.2 8.57 8.91

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Page 26: Appendix A Well Boring Logs - T-117t117.com/documents/gw/q1/q1gw_monitrpt_apxa-b.pdfAppendix A Well Boring Logs . Well Completion Groundwater DP = Direct Push Sample Type Sample (ft.)

Table B2-2 Tidal Study Raw Data and Elevations

9.86 -1.47 1.42 3.7113.10 9.35 8.88 8.9512.85 4.87 4.51 6.73

0.25 4.48 4.37 2.2213.03 7.76 7.19 7.43

Date and time Level Temp Elevation (ft) Date and time Level Temp Elevation Date and time Level Temp Elevation Date and time Level Temp Elevation

Average (1st low-2nd low)

Transducer conversion (additive)MaxMin

FluctuationAverage (1st low-2nd low)

Transducer conversion (additive)MaxMin

FluctuationAverage (1st low-2nd low)

Transducer conversion (additive)MaxMin

FluctuationAverage (1st low-2nd low)

Transducer conversion (additive)MaxMin

Fluctuation

MW-01 MW-02 MW-03 MW-04R

3/5/2008 6:54 3.2251 11.23 13.08 3/5/2008 6:28 10.79 12.43 9.32 3/5/2008 6:41 7.46646 13.583 8.88 3/5/2008 6:05 5.23 8.55 8.943/5/2008 7:04 3.22472 11.23 13.08 3/5/2008 6:38 10.81 12.38 9.34 3/5/2008 6:51 7.46046 13.505 8.88 3/5/2008 6:15 5.23 8.58 8.943/5/2008 7:14 3.22352 11.23 13.08 3/5/2008 6:48 10.82 12.38 9.35 3/5/2008 7:01 7.43661 13.495 8.85 3/5/2008 6:25 5.24 8.56 8.953/5/2008 7:24 3.22236 11.23 13.08 3/5/2008 6:58 10.82 12.35 9.35 3/5/2008 7:11 7.41386 13.505 8.83 3/5/2008 6:35 5.23 8.56 8.943/5/2008 7:34 3.22303 11.23 13.08 3/5/2008 7:08 10.82 12.35 9.35 3/5/2008 7:21 7.39033 13.491 8.81 3/5/2008 6:45 5.19 8.58 8.903/5/2008 7:44 3.2232 11.23 13.08 3/5/2008 7:18 10.81 12.33 9.34 3/5/2008 7:31 7.36331 13.477 8.78 3/5/2008 6:55 5.12 8.55 8.833/5/2008 7:54 3.2237 11.229 13.08 3/5/2008 7:28 10.77 12.31 9.30 3/5/2008 7:41 7.33118 13.406 8.75 3/5/2008 7:05 5.1 8.55 8.813/5/2008 8:04 3.22708 11.229 13.08 3/5/2008 7:38 10.75 12.36 9.28 3/5/2008 7:51 7.29216 13.47 8.71 3/5/2008 7:15 5.02 8.57 8.733/5/2008 8:14 3.23112 11.229 13.09 3/5/2008 7:48 10.71 12.31 9.24 3/5/2008 8:01 7.24255 13.444 8.66 3/5/2008 7:25 4.94 8.57 8.653/5/2008 8:24 3.23341 11.23 13.09 3/5/2008 7:58 10.68 12.31 9.21 3/5/2008 8:11 7.18969 13.449 8.60 3/5/2008 7:35 4.89 8.55 8.603/5/2008 8:34 3.23546 11.23 13.09 3/5/2008 8:08 10.66 12.23 9.19 3/5/2008 8:21 7.12216 13.436 8.54 3/5/2008 7:45 4.82 8.57 8.533/5/2008 8:44 3.23679 11.228 13.09 3/5/2008 8:18 10.62 12.13 9.15 3/5/2008 8:31 7.0536 13.39 8.47 3/5/2008 7:55 4.77 8.57 8.483/5/2008 8:54 3.23721 11.229 13.09 3/5/2008 8:28 10.58 12.19 9.11 3/5/2008 8:41 6.97715 13.402 8.39 3/5/2008 8:05 4.7 8.57 8.413/5/2008 9:04 3.24091 11.228 13.10 3/5/2008 8:38 10.54 12.21 9.07 3/5/2008 8:51 6.89959 13.399 8.31 3/5/2008 8:15 4.64 8.55 8.353/5/2008 9:14 3.24211 11.228 13.10 3/5/2008 8:48 10.48 12.15 9.01 3/5/2008 9:01 6.83429 13.39 8.25 3/5/2008 8:25 4.55 8.55 8.263/5/2008 9:24 3.24422 11.227 13.10 3/5/2008 8:58 10.43 12.15 8.96 3/5/2008 9:11 6.76489 13.356 8.18 3/5/2008 8:35 4.49 8.53 8.203/5/2008 9:34 3.24158 11.227 13.10 3/5/2008 9:08 10.37 12.13 8.90 3/5/2008 9:21 6.69675 13.306 8.11 3/5/2008 8:45 4.44 8.55 8.153/5/2008 9:44 3.24214 11.227 13.10 3/5/2008 9:18 10.31 12.05 8.84 3/5/2008 9:31 6.61891 13.301 8.03 3/5/2008 8:55 4.36 8.5 8.073/5/2008 9:54 3.23957 11.227 13.09 3/5/2008 9:28 10.25 12.03 8.78 3/5/2008 9:41 6.54349 13.334 7.96 3/5/2008 9:05 4.3 8.52 8.01

3/5/2008 10:04 3.2388 11.227 13.09 3/5/2008 9:38 10.19 12.05 8.72 3/5/2008 9:51 6.46715 13.367 7.88 3/5/2008 9:15 4.25 8.5 7.963/5/2008 10:14 3.2375 11.228 13.09 3/5/2008 9:48 10.14 12.07 8.67 3/5/2008 10:01 6.40268 13.408 7.82 3/5/2008 9:25 4.19 8.49 7.903/5/2008 10:24 3.23377 11.228 13.09 3/5/2008 9:58 10.08 12.02 8.61 3/5/2008 10:11 6.34886 13.394 7.76 3/5/2008 9:35 4.12 8.51 7.833/5/2008 10:34 3.22739 11.227 13.08 3/5/2008 10:08 10.02 12.01 8.55 3/5/2008 10:21 6.29704 13.371 7.71 3/5/2008 9:45 4.08 8.5 7.793/5/2008 10:44 3.21704 11.228 13.07 3/5/2008 10:18 9.97 11.97 8.50 3/5/2008 10:31 6.25059 13.37 7.67 3/5/2008 9:55 4.04 8.5 7.753/5/2008 10:54 3.20229 11.228 13.06 3/5/2008 10:28 9.92 12.01 8.45 3/5/2008 10:41 6.20477 13.388 7.62 3/5/2008 10:05 4 8.52 7.713/5/2008 11:04 3.19419 11.228 13.05 3/5/2008 10:38 9.86 11.97 8.39 3/5/2008 10:51 6.1573 13.321 7.57 3/5/2008 10:15 3.97 8.52 7.683/5/2008 11:14 3.19017 11.227 13.05 3/5/2008 10:48 9.81 11.81 8.34 3/5/2008 11:01 6.1204 13.407 7.54 3/5/2008 10:25 3.93 8.52 7.643/5/2008 11:24 3.19095 11.228 13.05 3/5/2008 10:58 9.77 11.86 8.30 3/5/2008 11:11 6.09467 13.442 7.51 3/5/2008 10:35 3.9 8.53 7.613/5/2008 11:34 3.18743 11.227 13.04 3/5/2008 11:08 9.74 11.99 8.27 3/5/2008 11:21 6.07967 13.458 7.49 3/5/2008 10:45 3.85 8.51 7.563/5/2008 11:44 3.18943 11.228 13.04 3/5/2008 11:18 9.73 12.05 8.26 3/5/2008 11:31 6.06851 13.391 7.48 3/5/2008 10:55 3.82 8.53 7.533/5/2008 11:54 3.19144 11.228 13.05 3/5/2008 11:28 9.71 12.05 8.24 3/5/2008 11:41 6.06917 13.369 7.48 3/5/2008 11:05 3.78 8.52 7.493/5/2008 12:04 3.18602 11.226 13.04 3/5/2008 11:38 9.7 12.07 8.23 3/5/2008 11:51 6.07914 13.37 7.49 3/5/2008 11:15 3.75 8.53 7.463/5/2008 12:14 3.17387 11.226 13.03 3/5/2008 11:48 9.7 12.1 8.23 3/5/2008 12:01 6.09688 13.353 7.51 3/5/2008 11:25 3.73 8.53 7.443/5/2008 12:24 3.16405 11.226 13.02 3/5/2008 11:58 9.71 12.07 8.24 3/5/2008 12:11 6.10723 13.343 7.52 3/5/2008 11:35 3.75 8.55 7.463/5/2008 12:34 3.16031 11.227 13.02 3/5/2008 12:08 9.72 12.07 8.25 3/5/2008 12:21 6.11934 13.339 7.53 3/5/2008 11:45 3.74 8.53 7.453/5/2008 12:44 3.1532 11.227 13.01 3/5/2008 12:18 9.72 12.07 8.25 3/5/2008 12:31 6.14121 13.321 7.56 3/5/2008 11:55 3.76 8.55 7.473/5/2008 12:54 3.15324 11.226 13.01 3/5/2008 12:28 9.73 12.19 8.26 3/5/2008 12:41 6.16488 13.337 7.58 3/5/2008 12:05 3.77 8.55 7.483/5/2008 13:04 3.14933 11.227 13.00 3/5/2008 12:38 9.74 12.15 8.27 3/5/2008 12:51 6.19828 13.355 7.61 3/5/2008 12:15 3.78 8.55 7.493/5/2008 13:14 3.1501 11.226 13.01 3/5/2008 12:48 9.78 12.21 8.31 3/5/2008 13:01 6.23312 13.368 7.65 3/5/2008 12:25 3.8 8.56 7.513/5/2008 13:24 3.14605 11.226 13.00 3/5/2008 12:58 9.81 12.21 8.34 3/5/2008 13:11 6.27704 13.379 7.69 3/5/2008 12:35 3.87 8.56 7.583/5/2008 13:34 3.14342 11.226 13.00 3/5/2008 13:08 9.84 12.24 8.37 3/5/2008 13:21 6.32128 13.394 7.74 3/5/2008 12:45 3.86 8.55 7.573/5/2008 13:44 3.13732 11.226 12.99 3/5/2008 13:18 9.87 12.25 8.40 3/5/2008 13:31 6.37281 13.398 7.79 3/5/2008 12:55 3.91 8.56 7.623/5/2008 13:54 3.13222 11.227 12.99 3/5/2008 13:28 9.9 12.16 8.43 3/5/2008 13:41 6.43058 13.41 7.85 3/5/2008 13:05 3.95 8.57 7.663/5/2008 14:04 3.12986 11.225 12.99 3/5/2008 13:38 9.94 12.11 8.47 3/5/2008 13:51 6.49771 13.423 7.91 3/5/2008 13:15 4 8.56 7.713/5/2008 14:14 3.13109 11.225 12.99 3/5/2008 13:48 9.99 12.24 8.52 3/5/2008 14:01 6.56389 13.433 7.98 3/5/2008 13:25 4.07 8.58 7.783/5/2008 14:24 3.1301 11.225 12.99 3/5/2008 13:58 10.04 12.2 8.57 3/5/2008 14:11 6.63269 13.446 8.05 3/5/2008 13:35 4.14 8.59 7.853/5/2008 14:34 3.12958 11.225 12.98 3/5/2008 14:08 10.08 12.2 8.61 3/5/2008 14:21 6.69136 13.434 8.11 3/5/2008 13:45 4.17 8.56 7.883/5/2008 14:44 3.12887 11.225 12.98 3/5/2008 14:18 10.14 12.25 8.67 3/5/2008 14:31 6.75545 13.43 8.17 3/5/2008 13:55 4.23 8.58 7.943/5/2008 14:54 3.1262 11.225 12.98 3/5/2008 14:28 10.19 12.29 8.72 3/5/2008 14:41 6.81768 13.421 8.23 3/5/2008 14:05 4.29 8.56 8.00

F:\PROJECTW\T-117\Reporting\1Q08\Final Draft\Appendices\Appendix B\Appendix B Tidal study-Tables and figs-Text and app-050108.xlsTable B2-2

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Page 27: Appendix A Well Boring Logs - T-117t117.com/documents/gw/q1/q1gw_monitrpt_apxa-b.pdfAppendix A Well Boring Logs . Well Completion Groundwater DP = Direct Push Sample Type Sample (ft.)

Table B2-2 Tidal Study Raw Data and Elevations

9.86 -1.47 1.42 3.7113.10 9.35 8.88 8.9512.85 4.87 4.51 6.73

0.25 4.48 4.37 2.2213.03 7.76 7.19 7.43

Date and time Level Temp Elevation (ft) Date and time Level Temp Elevation Date and time Level Temp Elevation Date and time Level Temp Elevation

Average (1st low-2nd low)

Transducer conversion (additive)MaxMin

FluctuationAverage (1st low-2nd low)

Transducer conversion (additive)MaxMin

FluctuationAverage (1st low-2nd low)

Transducer conversion (additive)MaxMin

FluctuationAverage (1st low-2nd low)

Transducer conversion (additive)MaxMin

Fluctuation

MW-01 MW-02 MW-03 MW-04R

3/5/2008 15:04 3.12084 11.224 12.98 3/5/2008 14:38 10.25 12.38 8.78 3/5/2008 14:51 6.87753 13.432 8.29 3/5/2008 14:15 4.35 8.59 8.063/5/2008 15:14 3.11898 11.224 12.97 3/5/2008 14:48 10.29 12.36 8.82 3/5/2008 15:01 6.93324 13.417 8.35 3/5/2008 14:25 4.42 8.59 8.133/5/2008 15:24 3.11648 11.226 12.97 3/5/2008 14:58 10.33 12.34 8.86 3/5/2008 15:11 6.99069 13.429 8.41 3/5/2008 14:35 4.49 8.56 8.203/5/2008 15:34 3.11201 11.225 12.97 3/5/2008 15:08 10.38 12.39 8.91 3/5/2008 15:21 7.04143 13.408 8.46 3/5/2008 14:45 4.54 8.57 8.253/5/2008 15:44 3.10993 11.225 12.97 3/5/2008 15:18 10.42 12.32 8.95 3/5/2008 15:31 7.08841 13.399 8.50 3/5/2008 14:55 4.6 8.57 8.313/5/2008 15:54 3.10725 11.225 12.96 3/5/2008 15:28 10.46 12.31 8.99 3/5/2008 15:41 7.12633 13.384 8.54 3/5/2008 15:05 4.65 8.53 8.363/5/2008 16:04 3.10197 11.225 12.96 3/5/2008 15:38 10.51 12.23 9.04 3/5/2008 15:51 7.15662 13.399 8.57 3/5/2008 15:15 4.7 8.55 8.413/5/2008 16:14 3.09919 11.225 12.95 3/5/2008 15:48 10.54 12.19 9.07 3/5/2008 16:01 7.17726 13.39 8.59 3/5/2008 15:25 4.75 8.52 8.463/5/2008 16:24 3.09774 11.224 12.95 3/5/2008 15:58 10.56 12.3 9.09 3/5/2008 16:11 7.19091 13.372 8.61 3/5/2008 15:35 4.78 8.52 8.493/5/2008 16:34 3.09658 11.224 12.95 3/5/2008 16:08 10.58 12.31 9.11 3/5/2008 16:21 7.19745 13.473 8.61 3/5/2008 15:45 4.83 8.52 8.543/5/2008 16:44 3.0957 11.225 12.95 3/5/2008 16:18 10.61 12.31 9.14 3/5/2008 16:31 7.1967 13.51 8.61 3/5/2008 15:55 4.83 8.5 8.543/5/2008 16:54 3.09345 11.225 12.95 3/5/2008 16:28 10.62 12.31 9.15 3/5/2008 16:41 7.18136 13.469 8.60 3/5/2008 16:05 4.8 8.47 8.513/5/2008 17:04 3.08972 11.224 12.94 3/5/2008 16:38 10.62 12.31 9.15 3/5/2008 16:51 7.15059 13.445 8.57 3/5/2008 16:15 4.77 8.51 8.483/5/2008 17:14 3.08525 11.225 12.94 3/5/2008 16:48 10.61 12.27 9.14 3/5/2008 17:01 7.11826 13.378 8.53 3/5/2008 16:25 4.74 8.51 8.453/5/2008 17:24 3.0857 11.225 12.94 3/5/2008 16:58 10.58 12.29 9.11 3/5/2008 17:11 7.07861 13.448 8.49 3/5/2008 16:35 4.68 8.51 8.393/5/2008 17:34 3.08859 11.224 12.94 3/5/2008 17:08 10.54 12.24 9.07 3/5/2008 17:21 7.03339 13.406 8.45 3/5/2008 16:45 4.64 8.53 8.353/5/2008 17:44 3.08993 11.224 12.95 3/5/2008 17:18 10.51 12.19 9.04 3/5/2008 17:31 6.97193 13.388 8.39 3/5/2008 16:55 4.58 8.55 8.293/5/2008 17:54 3.09028 11.224 12.95 3/5/2008 17:28 10.47 12.13 9.00 3/5/2008 17:41 6.9081 13.382 8.32 3/5/2008 17:05 4.54 8.52 8.253/5/2008 18:04 3.08905 11.224 12.94 3/5/2008 17:38 10.43 12.19 8.96 3/5/2008 17:51 6.82844 13.375 8.24 3/5/2008 17:15 4.44 8.5 8.153/5/2008 18:14 3.08729 11.224 12.94 3/5/2008 17:48 10.37 12.15 8.90 3/5/2008 18:01 6.74299 13.381 8.16 3/5/2008 17:25 4.36 8.49 8.073/5/2008 18:24 3.08335 11.224 12.94 3/5/2008 17:58 10.31 12.09 8.84 3/5/2008 18:11 6.64864 13.369 8.06 3/5/2008 17:35 4.29 8.49 8.003/5/2008 18:34 3.08581 11.224 12.94 3/5/2008 18:08 10.24 12.09 8.77 3/5/2008 18:21 6.54572 13.367 7.96 3/5/2008 17:45 4.19 8.5 7.903/5/2008 18:44 3.08813 11.223 12.94 3/5/2008 18:18 10.15 12.01 8.68 3/5/2008 18:31 6.42354 13.343 7.84 3/5/2008 17:55 4.09 8.51 7.803/5/2008 18:54 3.0887 11.224 12.94 3/5/2008 18:28 10.07 11.96 8.60 3/5/2008 18:41 6.28311 13.333 7.70 3/5/2008 18:05 3.98 8.53 7.693/5/2008 19:04 3.08838 11.223 12.94 3/5/2008 18:38 9.97 11.93 8.50 3/5/2008 18:51 6.15407 13.329 7.57 3/5/2008 18:15 3.92 8.52 7.633/5/2008 19:14 3.08813 11.223 12.94 3/5/2008 18:48 9.86 11.85 8.39 3/5/2008 19:01 6.02516 13.328 7.44 3/5/2008 18:25 3.84 8.52 7.553/5/2008 19:24 3.0849 11.222 12.94 3/5/2008 18:58 9.73 11.77 8.26 3/5/2008 19:11 5.8747 13.312 7.29 3/5/2008 18:35 3.77 8.53 7.483/5/2008 19:34 3.0844 11.222 12.94 3/5/2008 19:08 9.6 11.81 8.13 3/5/2008 19:21 5.67754 13.298 7.09 3/5/2008 18:45 3.7 8.55 7.413/5/2008 19:44 3.08046 11.222 12.94 3/5/2008 19:18 9.46 11.71 7.99 3/5/2008 19:31 5.41526 13.295 6.83 3/5/2008 18:55 3.61 8.52 7.323/5/2008 19:54 3.08116 11.221 12.94 3/5/2008 19:28 9.32 11.71 7.85 3/5/2008 19:41 5.26042 13.258 6.68 3/5/2008 19:05 3.52 8.52 7.233/5/2008 20:04 3.08028 11.222 12.94 3/5/2008 19:38 9.18 11.71 7.71 3/5/2008 19:51 5.13446 13.21 6.55 3/5/2008 19:15 3.44 8.51 7.153/5/2008 20:14 3.07493 11.222 12.93 3/5/2008 19:48 9.04 11.59 7.57 3/5/2008 20:01 5.01638 13.215 6.43 3/5/2008 19:25 3.36 8.53 7.073/5/2008 20:24 3.07465 11.222 12.93 3/5/2008 19:58 8.86 11.62 7.39 3/5/2008 20:11 4.88604 13.232 6.30 3/5/2008 19:35 3.29 8.55 7.003/5/2008 20:34 3.07697 11.221 12.93 3/5/2008 20:08 8.68 11.61 7.21 3/5/2008 20:21 4.7476 13.237 6.16 3/5/2008 19:45 3.24 8.55 6.953/5/2008 20:44 3.07767 11.221 12.93 3/5/2008 20:18 8.52 11.6 7.05 3/5/2008 20:31 4.52385 13.253 5.94 3/5/2008 19:55 3.18 8.55 6.893/5/2008 20:54 3.07623 11.221 12.93 3/5/2008 20:28 8.39 11.63 6.92 3/5/2008 20:41 4.15976 13.251 5.57 3/5/2008 20:05 3.11 8.55 6.823/5/2008 21:04 3.06993 11.22 12.93 3/5/2008 20:38 8.22 11.65 6.75 3/5/2008 20:51 3.92962 13.332 5.34 3/5/2008 20:15 3.07 8.55 6.783/5/2008 21:14 3.07137 11.221 12.93 3/5/2008 20:48 8.09 11.63 6.62 3/5/2008 21:01 3.83826 13.383 5.25 3/5/2008 20:25 3.08 8.53 6.793/5/2008 21:24 3.06912 11.221 12.92 3/5/2008 20:58 7.94 11.59 6.47 3/5/2008 21:11 3.74705 13.405 5.16 3/5/2008 20:35 3.09 8.55 6.803/5/2008 21:34 3.06363 11.221 12.92 3/5/2008 21:08 7.8 11.6 6.33 3/5/2008 21:21 3.65104 13.422 5.07 3/5/2008 20:45 3.09 8.56 6.803/5/2008 21:44 3.06011 11.221 12.92 3/5/2008 21:18 7.69 11.62 6.22 3/5/2008 21:31 3.5444 13.44 4.96 3/5/2008 20:55 3.08 8.55 6.793/5/2008 21:54 3.05919 11.22 12.91 3/5/2008 21:28 7.54 11.69 6.07 3/5/2008 21:41 3.42613 13.454 4.84 3/5/2008 21:05 3.08 8.55 6.793/5/2008 22:04 3.05662 11.221 12.91 3/5/2008 21:38 7.42 11.71 5.95 3/5/2008 21:51 3.31984 13.464 4.74 3/5/2008 21:15 3.08 8.55 6.793/5/2008 22:14 3.05299 11.22 12.91 3/5/2008 21:48 7.28 11.7 5.81 3/5/2008 22:01 3.2351 13.474 4.65 3/5/2008 21:25 3.07 8.55 6.783/5/2008 22:24 3.0538 11.22 12.91 3/5/2008 21:58 7.11 11.7 5.64 3/5/2008 22:11 3.16318 13.482 4.58 3/5/2008 21:35 3.07 8.55 6.783/5/2008 22:34 3.05535 11.22 12.91 3/5/2008 22:08 6.98 11.74 5.51 3/5/2008 22:21 3.10352 13.486 4.52 3/5/2008 21:45 3.06 8.55 6.773/5/2008 22:44 3.05454 11.219 12.91 3/5/2008 22:18 6.86 11.81 5.39 3/5/2008 22:31 3.10619 13.486 4.52 3/5/2008 21:55 3.07 8.55 6.783/5/2008 22:54 3.05148 11.22 12.91 3/5/2008 22:28 6.75 11.89 5.28 3/5/2008 22:41 3.1063 13.492 4.52 3/5/2008 22:05 3.07 8.55 6.783/5/2008 23:04 3.05334 11.219 12.91 3/5/2008 22:38 6.67 11.89 5.20 3/5/2008 22:51 3.10317 13.497 4.52 3/5/2008 22:15 3.06 8.56 6.77

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Page 28: Appendix A Well Boring Logs - T-117t117.com/documents/gw/q1/q1gw_monitrpt_apxa-b.pdfAppendix A Well Boring Logs . Well Completion Groundwater DP = Direct Push Sample Type Sample (ft.)

Table B2-2 Tidal Study Raw Data and Elevations

9.86 -1.47 1.42 3.7113.10 9.35 8.88 8.9512.85 4.87 4.51 6.73

0.25 4.48 4.37 2.2213.03 7.76 7.19 7.43

Date and time Level Temp Elevation (ft) Date and time Level Temp Elevation Date and time Level Temp Elevation Date and time Level Temp Elevation

Average (1st low-2nd low)

Transducer conversion (additive)MaxMin

FluctuationAverage (1st low-2nd low)

Transducer conversion (additive)MaxMin

FluctuationAverage (1st low-2nd low)

Transducer conversion (additive)MaxMin

FluctuationAverage (1st low-2nd low)

Transducer conversion (additive)MaxMin

Fluctuation

MW-01 MW-02 MW-03 MW-04R

3/5/2008 23:14 3.055 11.219 12.91 3/5/2008 22:48 6.59 11.88 5.12 3/5/2008 23:01 3.10162 13.5 4.52 3/5/2008 22:25 3.07 8.55 6.783/5/2008 23:24 3.05472 11.218 12.91 3/5/2008 22:58 6.52 11.93 5.05 3/5/2008 23:11 3.10426 13.506 4.52 3/5/2008 22:35 3.06 8.56 6.773/5/2008 23:34 3.05352 11.219 12.91 3/5/2008 23:08 6.47 12.01 5.00 3/5/2008 23:21 3.10595 13.51 4.52 3/5/2008 22:45 3.06 8.55 6.773/5/2008 23:44 3.0524 11.219 12.91 3/5/2008 23:18 6.42 12.05 4.95 3/5/2008 23:31 3.10436 13.511 4.52 3/5/2008 22:55 3.05 8.55 6.763/5/2008 23:54 3.04944 11.219 12.90 3/5/2008 23:28 6.38 12.08 4.91 3/5/2008 23:41 3.10525 13.515 4.52 3/5/2008 23:05 3.08 8.58 6.793/6/2008 0:04 3.04968 11.217 12.90 3/5/2008 23:38 6.35 12.09 4.88 3/5/2008 23:51 3.10292 13.519 4.52 3/5/2008 23:15 3.06 8.55 6.773/6/2008 0:14 3.0443 11.218 12.90 3/5/2008 23:48 6.34 12.11 4.87 3/6/2008 0:01 3.1024 13.521 4.52 3/5/2008 23:25 3.07 8.55 6.783/6/2008 0:24 3.04113 11.217 12.90 3/5/2008 23:58 6.34 12.13 4.87 3/6/2008 0:11 3.09644 13.523 4.51 3/5/2008 23:35 3.06 8.55 6.773/6/2008 0:34 3.03468 11.218 12.89 3/6/2008 0:08 6.34 12.15 4.87 3/6/2008 0:21 3.09317 13.527 4.51 3/5/2008 23:45 3.07 8.55 6.783/6/2008 0:44 3.03134 11.218 12.89 3/6/2008 0:18 6.37 12.18 4.90 3/6/2008 0:31 3.11405 13.552 4.53 3/5/2008 23:55 3.07 8.58 6.783/6/2008 0:54 3.03257 11.217 12.89 3/6/2008 0:28 6.4 12.21 4.93 3/6/2008 0:41 3.17587 13.588 4.59 3/6/2008 0:05 3.07 8.53 6.783/6/2008 1:04 3.0343 11.217 12.89 3/6/2008 0:38 6.46 12.21 4.99 3/6/2008 0:51 3.24599 13.627 4.66 3/6/2008 0:15 3.06 8.55 6.773/6/2008 1:14 3.03549 11.217 12.89 3/6/2008 0:48 6.5 12.27 5.03 3/6/2008 1:01 3.33433 13.674 4.75 3/6/2008 0:25 3.06 8.58 6.773/6/2008 1:24 3.03627 11.216 12.89 3/6/2008 0:58 6.57 12.27 5.10 3/6/2008 1:11 3.44866 13.702 4.86 3/6/2008 0:35 3.04 8.55 6.753/6/2008 1:34 3.03507 11.216 12.89 3/6/2008 1:08 6.65 12.29 5.18 3/6/2008 1:21 3.58049 13.713 5.00 3/6/2008 0:45 3.05 8.55 6.763/6/2008 1:44 3.03338 11.216 12.89 3/6/2008 1:18 6.75 12.31 5.28 3/6/2008 1:31 3.69968 13.721 5.11 3/6/2008 0:55 3.05 8.56 6.763/6/2008 1:54 3.03085 11.216 12.89 3/6/2008 1:28 6.85 12.28 5.38 3/6/2008 1:41 3.81697 13.72 5.23 3/6/2008 1:05 3.05 8.55 6.763/6/2008 2:04 3.02968 11.215 12.88 3/6/2008 1:38 6.98 12.23 5.51 3/6/2008 1:51 3.93517 13.727 5.35 3/6/2008 1:15 3.04 8.55 6.753/6/2008 2:14 3.02595 11.216 12.88 3/6/2008 1:48 7.11 12.27 5.64 3/6/2008 2:01 4.1838 13.727 5.60 3/6/2008 1:25 3.05 8.56 6.763/6/2008 2:24 3.0218 11.215 12.88 3/6/2008 1:58 7.25 12.26 5.78 3/6/2008 2:11 4.47543 13.701 5.89 3/6/2008 1:35 3.06 8.55 6.773/6/2008 2:34 3.01486 11.216 12.87 3/6/2008 2:08 7.38 12.27 5.91 3/6/2008 2:21 4.663 13.677 6.08 3/6/2008 1:45 3.07 8.56 6.783/6/2008 2:44 3.00866 11.214 12.86 3/6/2008 2:18 7.51 12.26 6.04 3/6/2008 2:31 4.77032 13.664 6.19 3/6/2008 1:55 3.05 8.55 6.763/6/2008 2:54 3.00401 11.216 12.86 3/6/2008 2:28 7.63 12.27 6.16 3/6/2008 2:41 4.86077 13.659 6.28 3/6/2008 2:05 3.04 8.56 6.753/6/2008 3:04 2.99845 11.215 12.85 3/6/2008 2:38 7.75 12.29 6.28 3/6/2008 2:51 4.95868 13.654 6.37 3/6/2008 2:15 3.05 8.56 6.763/6/2008 3:14 2.99201 11.216 12.85 3/6/2008 2:48 7.89 12.31 6.42 3/6/2008 3:01 5.05571 13.645 6.47 3/6/2008 2:25 3.06 8.56 6.773/6/2008 3:24 2.99289 11.216 12.85 3/6/2008 2:58 8.03 12.31 6.56 3/6/2008 3:11 5.16331 13.648 6.58 3/6/2008 2:35 3.03 8.55 6.743/6/2008 3:34 2.99233 11.216 12.85 3/6/2008 3:08 8.16 12.3 6.69 3/6/2008 3:21 5.30014 13.643 6.72 3/6/2008 2:45 3.02 8.55 6.733/6/2008 3:44 2.99423 11.216 12.85 3/6/2008 3:18 8.31 12.28 6.84 3/6/2008 3:31 5.51626 13.644 6.93 3/6/2008 2:55 3.02 8.57 6.733/6/2008 3:54 2.99768 11.215 12.85 3/6/2008 3:28 8.48 12.28 7.01 3/6/2008 3:41 5.726 13.643 7.14 3/6/2008 3:05 3.07 8.55 6.78

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Page 29: Appendix A Well Boring Logs - T-117t117.com/documents/gw/q1/q1gw_monitrpt_apxa-b.pdfAppendix A Well Boring Logs . Well Completion Groundwater DP = Direct Push Sample Type Sample (ft.)

Table B2-2 Tidal Study Raw Data and Elevations

9.86 -1.47 1.42 3.7113.10 9.35 8.88 8.9512.85 4.87 4.51 6.73

0.25 4.48 4.37 2.2213.03 7.76 7.19 7.43

Date and time Level Temp Elevation (ft) Date and time Level Temp Elevation Date and time Level Temp Elevation Date and time Level Temp Elevation

Average (1st low-2nd low)

Transducer conversion (additive)MaxMin

FluctuationAverage (1st low-2nd low)

Transducer conversion (additive)MaxMin

FluctuationAverage (1st low-2nd low)

Transducer conversion (additive)MaxMin

FluctuationAverage (1st low-2nd low)

Transducer conversion (additive)MaxMin

Fluctuation

MW-01 MW-02 MW-03 MW-04R

3/6/2008 4:04 2.99782 11.214 12.85 3/6/2008 3:38 8.64 12.3 7.17 3/6/2008 3:51 5.88106 13.624 7.30 3/6/2008 3:15 3.19 8.56 6.903/6/2008 4:14 3.00014 11.213 12.86 3/6/2008 3:48 8.82 12.28 7.35 3/6/2008 4:01 6.00511 13.623 7.42 3/6/2008 3:25 3.3 8.59 7.013/6/2008 4:24 3.00201 11.214 12.86 3/6/2008 3:58 8.97 12.31 7.50 3/6/2008 4:11 6.12517 13.605 7.54 3/6/2008 3:35 3.42 8.58 7.133/6/2008 4:34 3.00138 11.214 12.86 3/6/2008 4:08 9.12 12.29 7.65 3/6/2008 4:21 6.24903 13.589 7.66 3/6/2008 3:45 3.56 8.59 7.273/6/2008 4:44 3.0043 11.213 12.86 3/6/2008 4:18 9.26 12.32 7.79 3/6/2008 4:31 6.3858 13.603 7.80 3/6/2008 3:55 3.66 8.58 7.373/6/2008 4:54 3.00366 11.214 12.86 3/6/2008 4:28 9.4 12.39 7.93 3/6/2008 4:41 6.51769 13.584 7.93 3/6/2008 4:05 3.8 8.6 7.513/6/2008 5:04 3.01165 11.214 12.87 3/6/2008 4:38 9.53 12.42 8.06 3/6/2008 4:51 6.61966 13.593 8.03 3/6/2008 4:15 3.93 8.57 7.643/6/2008 5:14 3.00919 11.213 12.86 3/6/2008 4:48 9.67 12.5 8.20 3/6/2008 5:01 6.72828 13.59 8.14 3/6/2008 4:25 4.07 8.57 7.783/6/2008 5:24 3.00475 11.213 12.86 3/6/2008 4:58 9.8 12.55 8.33 3/6/2008 5:11 6.82038 13.643 8.24 3/6/2008 4:35 4.17 8.51 7.883/6/2008 5:34 3.00902 11.214 12.86 3/6/2008 5:08 9.92 12.53 8.45 3/6/2008 5:21 6.90625 13.661 8.32 3/6/2008 4:45 4.32 8.49 8.033/6/2008 5:44 3.01447 11.214 12.87 3/6/2008 5:18 10.02 12.57 8.55 3/6/2008 5:31 6.98849 13.652 8.40 3/6/2008 4:55 4.47 8.51 8.183/6/2008 5:54 3.0207 11.212 12.88 3/6/2008 5:28 10.12 12.57 8.65 3/6/2008 5:41 7.06519 13.632 8.48 3/6/2008 5:05 4.6 8.53 8.313/6/2008 6:04 3.02208 11.213 12.88 3/6/2008 5:38 10.21 12.49 8.74 3/6/2008 5:51 7.12782 13.651 8.54 3/6/2008 5:15 4.69 8.52 8.403/6/2008 6:14 3.02472 11.212 12.88 3/6/2008 5:48 10.3 12.57 8.83 3/6/2008 6:01 7.17739 13.618 8.59 3/6/2008 5:25 4.76 8.55 8.473/6/2008 6:24 3.02042 11.214 12.88 3/6/2008 5:58 10.38 12.57 8.91 3/6/2008 6:11 7.22011 13.498 8.64 3/6/2008 5:35 4.85 8.55 8.563/6/2008 6:34 3.01807 11.215 12.87 3/6/2008 6:08 10.44 12.55 8.97 3/6/2008 6:21 7.24497 13.478 8.66 3/6/2008 5:45 4.93 8.55 8.643/6/2008 6:44 3.01884 11.214 12.87 3/6/2008 6:18 10.5 12.51 9.03 3/6/2008 6:31 7.26633 13.574 8.68 3/6/2008 5:55 4.99 8.56 8.703/6/2008 6:54 3.02078 11.214 12.88 3/6/2008 6:28 10.55 12.5 9.08 3/6/2008 6:41 7.28352 13.624 8.70 3/6/2008 6:05 5.06 8.55 8.773/6/2008 7:04 3.02458 11.214 12.88 3/6/2008 6:38 10.58 12.43 9.11 3/6/2008 6:51 7.291 13.6 8.71 3/6/2008 6:15 5.07 8.58 8.783/6/2008 7:14 3.03021 11.213 12.89 3/6/2008 6:48 10.61 12.44 9.14 3/6/2008 7:01 7.29981 13.549 8.72 3/6/2008 6:25 5.07 8.59 8.783/6/2008 7:24 3.03363 11.215 12.89 3/6/2008 6:58 10.63 12.31 9.16 3/6/2008 7:11 7.29493 13.572 8.71 3/6/2008 6:35 5.1 8.58 8.813/6/2008 7:34 3.04007 11.213 12.90 3/6/2008 7:08 10.64 12.25 9.17 3/6/2008 7:21 7.27657 13.549 8.69 3/6/2008 6:45 5.08 8.56 8.793/6/2008 7:44 3.04972 11.213 12.90 3/6/2008 7:18 10.65 12.32 9.18 3/6/2008 7:31 7.25606 13.528 8.67 3/6/2008 6:55 5.05 8.56 8.763/6/2008 7:54 3.04982 11.137 12.90 3/6/2008 7:28 10.64 12.37 9.17 3/6/2008 7:41 7.24156 13.488 8.66 3/6/2008 7:05 5.02 8.58 8.733/6/2008 8:04 3.05134 11.152 12.91 3/6/2008 7:38 10.62 12.34 9.15 3/6/2008 7:51 7.21067 13.491 8.63 3/6/2008 7:15 4.99 8.55 8.703/6/2008 8:14 3.05405 11.173 12.91 3/6/2008 7:48 10.6 12.34 9.13 3/6/2008 8:01 7.1703 13.471 8.59 3/6/2008 7:25 4.92 8.57 8.633/6/2008 8:24 3.05556 11.186 12.91 3/6/2008 7:58 10.56 12.28 9.09 3/6/2008 8:11 7.12013 13.446 8.54 3/6/2008 7:35 4.86 8.59 8.573/6/2008 8:34 3.05599 11.195 12.91 3/6/2008 8:08 10.53 12.29 9.06 3/6/2008 8:21 7.05384 13.43 8.47 3/6/2008 7:45 4.78 8.55 8.493/6/2008 8:44 3.05525 11.201 12.91 3/6/2008 8:18 10.5 12.13 9.03 3/6/2008 8:31 6.96501 13.42 8.38 3/6/2008 7:55 4.71 8.53 8.423/6/2008 8:54 3.05401 11.205 12.91 3/6/2008 8:28 10.46 12.07 8.99 3/6/2008 8:41 6.87857 13.4 8.29 3/6/2008 8:05 4.63 8.55 8.343/6/2008 9:04 3.05254 11.206 12.91 3/6/2008 8:38 10.39 12.19 8.92 3/6/2008 8:51 6.7847 13.387 8.20 3/6/2008 8:15 4.55 8.57 8.263/6/2008 9:14 3.04968 11.209 12.90 3/6/2008 8:48 10.33 12.15 8.86 3/6/2008 9:01 6.6914 13.389 8.11 3/6/2008 8:25 4.47 8.53 8.183/6/2008 9:24 3.05246 11.21 12.91 3/6/2008 8:58 10.27 12.09 8.80 3/6/2008 9:11 6.60262 13.405 8.02 3/6/2008 8:35 4.39 8.56 8.103/6/2008 9:34 3.05144 11.21 12.91 3/6/2008 9:08 10.19 12.11 8.72 3/6/2008 9:21 6.51345 13.418 7.93 3/6/2008 8:45 4.32 8.55 8.033/6/2008 9:44 3.05211 11.21 12.91 3/6/2008 9:18 10.12 12.05 8.65 3/6/2008 9:31 6.40819 13.427 7.82 3/6/2008 8:55 4.23 8.55 7.943/6/2008 9:54 3.04715 11.208 12.90 3/6/2008 9:28 10.04 12.05 8.57 3/6/2008 9:41 6.29846 13.392 7.71 3/6/2008 9:05 4.15 8.52 7.86

3/6/2008 10:04 3.04222 11.21 12.90 3/6/2008 9:38 9.96 11.97 8.49 3/6/2008 9:51 6.19466 13.292 7.61 3/6/2008 9:15 4.07 8.53 7.783/6/2008 10:14 3.04232 11.212 12.90 3/6/2008 9:48 9.87 11.94 8.40 3/6/2008 10:01 6.1058 13.29 7.52 3/6/2008 9:25 4 8.51 7.713/6/2008 10:24 3.04394 11.212 12.90 3/6/2008 9:58 9.79 11.99 8.32 3/6/2008 10:11 6.02495 13.317 7.44 3/6/2008 9:35 3.93 8.52 7.643/6/2008 10:34 3.04292 11.211 12.90 3/6/2008 10:08 9.7 11.96 8.23 3/6/2008 10:21 5.94725 13.312 7.36 3/6/2008 9:45 3.87 8.53 7.583/6/2008 10:44 3.04285 11.212 12.90 3/6/2008 10:18 9.63 11.97 8.16 3/6/2008 10:31 5.86322 13.325 7.28 3/6/2008 9:55 3.81 8.53 7.523/6/2008 10:54 3.04352 11.21 12.90 3/6/2008 10:28 9.55 11.9 8.08 3/6/2008 10:41 5.77354 13.276 7.19 3/6/2008 10:05 3.76 8.53 7.473/6/2008 11:04 3.0437 11.21 12.90 3/6/2008 10:38 9.48 11.93 8.01 3/6/2008 10:51 5.68876 13.272 7.10 3/6/2008 10:15 3.73 8.54 7.443/6/2008 11:14 3.045 11.211 12.90 3/6/2008 10:48 9.43 11.89 7.96 3/6/2008 11:01 5.60103 13.274 7.02 3/6/2008 10:25 3.63 8.53 7.343/6/2008 11:24 3.04662 11.21 12.90 3/6/2008 10:58 9.35 11.93 7.88 3/6/2008 11:11 5.52211 13.285 6.94 3/6/2008 10:35 3.59 8.55 7.303/6/2008 11:34 3.04905 11.209 12.90 3/6/2008 11:08 9.3 11.95 7.83 3/6/2008 11:21 5.4429 13.287 6.86 3/6/2008 10:45 3.54 8.53 7.253/6/2008 11:44 3.04841 11.211 12.90 3/6/2008 11:18 9.25 11.86 7.78 3/6/2008 10:55 3.49 8.53 7.203/6/2008 11:54 3.0493 11.21 12.90

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1.49 -0.57 4.26 0.14 5.7010.67 9.36 8.43 11.14 9.15

5.01 3.20 6.95 3.42 8.905.66 6.16 1.48 7.72 0.257.61 7.00 7.28 9.07

Date and time Level Temp Elevation Date and time Level Temp Elevation Date and time Level Temp Elevation Date and time Level Temp Elevation Date and time Level Temp Elevation

3/4/2008 13:53 7.2366 8.792 8.73 3/4/2008 14:05 9.0727 11.843 8.50 3/4/2008 13:30 2.97 14.31 7.23 3/4/2008 13:38 8.85341 10.189 9.00 3/4/2008 14:02 3.38 12.28 9.083/4/2008 14:03 7.33833 8.345 8.83 3/4/2008 14:15 9.11916 11.819 8.55 3/4/2008 13:40 3.03 12.87 7.29 3/4/2008 13:48 8.87007 7.828 9.01 3/4/2008 14:12 3.37 12.11 9.073/4/2008 14:13 7.41622 8.307 8.91 3/4/2008 14:25 9.1448 11.822 8.57 3/4/2008 13:50 3.08 11.89 7.34 3/4/2008 13:58 8.91952 7.507 9.06 3/4/2008 14:22 3.38 11.98 9.083/4/2008 14:23 7.46952 8.289 8.96 3/4/2008 14:35 9.18255 11.829 8.61 3/4/2008 14:00 3.11 11.33 7.37 3/4/2008 14:08 8.9378 7.431 9.08 3/4/2008 14:32 3.38 13.71 9.083/4/2008 14:33 7.49179 8.276 8.98 3/4/2008 14:45 9.20509 11.834 8.63 3/4/2008 14:10 3.11 11.07 7.37 3/4/2008 14:18 8.9347 7.418 9.08 3/4/2008 14:42 3.38 13.52 9.083/4/2008 14:43 7.48007 8.266 8.97 3/4/2008 14:55 9.20622 11.838 8.63 3/4/2008 14:20 3.12 10.95 7.38 3/4/2008 14:28 8.89217 7.42 9.04 3/4/2008 14:52 3.38 13.35 9.083/4/2008 14:53 7.43473 8.26 8.92 3/4/2008 15:05 9.20932 11.838 8.64 3/4/2008 14:30 3.1 10.89 7.36 3/4/2008 14:38 8.84121 7.43 8.98 3/4/2008 15:02 3.38 13.25 9.083/4/2008 15:03 7.37443 8.26 8.86 3/4/2008 15:15 9.20341 11.836 8.63 3/4/2008 14:40 3.08 10.89 7.34 3/4/2008 14:48 8.74153 7.443 8.88 3/4/2008 15:12 3.37 13.18 9.073/4/2008 15:13 7.31532 8.263 8.80 3/4/2008 15:25 9.18199 11.832 8.61 3/4/2008 14:50 3 10.85 7.26 3/4/2008 14:58 8.65423 7.458 8.80 3/4/2008 15:22 3.38 13.08 9.083/4/2008 15:23 7.24193 8.267 8.73 3/4/2008 15:35 9.15523 11.826 8.58 3/4/2008 15:00 3 10.82 7.26 3/4/2008 15:08 8.54949 7.477 8.69 3/4/2008 15:32 3.4 13.07 9.103/4/2008 15:33 7.16378 8.271 8.65 3/4/2008 15:45 9.11606 11.817 8.54 3/4/2008 15:10 2.99 10.84 7.25 3/4/2008 15:18 8.41714 7.503 8.56 3/4/2008 15:42 3.39 13.03 9.093/4/2008 15:43 7.0661 8.277 8.56 3/4/2008 15:55 9.07295 11.803 8.50 3/4/2008 15:20 2.97 10.85 7.23 3/4/2008 15:28 8.3107 7.533 8.45 3/4/2008 15:52 3.38 13 9.083/4/2008 15:53 6.94803 8.286 8.44 3/4/2008 16:05 9.00448 11.776 8.43 3/4/2008 15:30 2.97 10.81 7.23 3/4/2008 15:38 8.14457 7.579 8.29 3/4/2008 16:02 3.37 13 9.073/4/2008 16:03 6.81923 8.299 8.31 3/4/2008 16:15 8.92979 11.723 8.36 3/4/2008 15:40 2.99 10.81 7.25 3/4/2008 15:48 7.97957 7.611 8.12 3/4/2008 16:12 3.38 12.98 9.083/4/2008 16:13 6.68438 8.313 8.17 3/4/2008 16:25 8.83085 11.631 8.26 3/4/2008 15:50 2.98 10.81 7.24 3/4/2008 15:58 7.76555 7.633 7.91 3/4/2008 16:22 3.38 12.95 9.083/4/2008 16:23 6.56469 8.323 8.05 3/4/2008 16:35 8.66708 11.466 8.10 3/4/2008 16:00 3 10.84 7.26 3/4/2008 16:08 7.54027 7.644 7.68 3/4/2008 16:32 3.37 12.95 9.073/4/2008 16:33 6.42674 8.326 7.92 3/4/2008 16:45 8.47652 11.252 7.91 3/4/2008 16:10 3 10.81 7.26 3/4/2008 16:18 7.29021 7.637 7.43 3/4/2008 16:42 3.37 12.95 9.073/4/2008 16:43 6.27777 8.331 7.77 3/4/2008 16:55 8.28514 11.054 7.71 3/4/2008 16:20 2.99 10.81 7.25 3/4/2008 16:28 7.03592 7.627 7.18 3/4/2008 16:52 3.38 12.97 9.083/4/2008 16:53 6.13358 8.338 7.62 3/4/2008 17:05 8.14793 10.996 7.58 3/4/2008 16:30 2.98 10.82 7.24 3/4/2008 16:38 6.8126 7.626 6.96 3/4/2008 17:02 3.38 12.94 9.083/4/2008 17:03 6.02086 8.341 7.51 3/4/2008 17:15 7.99697 11.025 7.43 3/4/2008 16:40 3 10.81 7.26 3/4/2008 16:48 6.51044 7.628 6.65 3/4/2008 17:12 3.38 12.92 9.083/4/2008 17:13 5.90656 8.33 7.40 3/4/2008 17:25 7.82631 11.078 7.25 3/4/2008 16:50 2.99 10.8 7.25 3/4/2008 16:58 6.23447 7.632 6.38 3/4/2008 17:22 3.38 12.94 9.083/4/2008 17:23 5.78525 8.292 7.27 3/4/2008 17:35 7.62013 11.112 7.05 3/4/2008 17:00 3.02 10.81 7.28 3/4/2008 17:08 5.94104 7.638 6.08 3/4/2008 17:32 3.39 12.94 9.093/4/2008 17:33 5.6886 8.209 7.18 3/4/2008 17:45 7.43114 11.154 6.86 3/4/2008 17:10 3.03 10.78 7.29 3/4/2008 17:18 5.64451 7.647 5.79 3/4/2008 17:42 3.37 12.94 9.073/4/2008 17:43 5.59113 8.03 7.08 3/4/2008 17:55 7.21175 11.219 6.64 3/4/2008 17:20 3.04 10.81 7.30 3/4/2008 17:28 5.34799 7.66 5.49 3/4/2008 17:52 3.38 12.92 9.083/4/2008 17:53 5.48699 7.916 6.98 3/4/2008 18:05 6.96249 11.29 6.39 3/4/2008 17:30 3.03 10.81 7.29 3/4/2008 17:38 5.05653 7.671 5.20 3/4/2008 18:02 3.38 12.91 9.083/4/2008 18:03 5.38656 7.905 6.88 3/4/2008 18:15 6.7428 11.356 6.17 3/4/2008 17:40 3.02 10.81 7.28 3/4/2008 17:48 4.81576 7.684 4.96 3/4/2008 18:12 3.37 12.94 9.073/4/2008 18:13 5.28779 7.927 6.78 3/4/2008 18:25 6.53579 11.427 5.96 3/4/2008 17:50 3.02 10.79 7.28 3/4/2008 17:58 4.62877 7.696 4.77 3/4/2008 18:22 3.39 12.93 9.093/4/2008 18:23 5.18644 7.937 6.68 3/4/2008 18:35 6.32679 11.48 5.76 3/4/2008 18:00 2.99 10.8 7.25 3/4/2008 18:08 4.51951 7.704 4.66 3/4/2008 18:32 3.38 12.94 9.083/4/2008 18:33 5.09816 7.954 6.59 3/4/2008 18:45 6.14343 11.538 5.57 3/4/2008 18:10 2.98 10.77 7.24 3/4/2008 18:18 4.4063 7.689 4.55 3/4/2008 18:42 3.38 12.93 9.083/4/2008 18:43 5.03421 7.967 6.52 3/4/2008 18:55 5.95781 11.585 5.39 3/4/2008 18:20 2.98 10.7 7.24 3/4/2008 18:28 4.33393 7.617 4.48 3/4/2008 18:52 3.38 12.95 9.083/4/2008 18:53 4.97655 7.984 6.47 3/4/2008 19:05 5.75838 11.624 5.19 3/4/2008 18:30 2.94 10.58 7.20 3/4/2008 18:38 4.23452 7.62 4.38 3/4/2008 19:02 3.37 12.93 9.073/4/2008 19:03 4.90995 8.01 6.40 3/4/2008 19:15 5.57078 11.622 5.00 3/4/2008 18:40 2.91 10.5 7.17 3/4/2008 18:48 4.1492 7.632 4.29 3/4/2008 19:12 3.38 12.94 9.083/4/2008 19:13 4.83804 8.036 6.33 3/4/2008 19:25 5.40029 11.431 4.83 3/4/2008 18:50 2.89 10.41 7.15 3/4/2008 18:58 4.08358 7.646 4.23 3/4/2008 19:22 3.37 12.94 9.073/4/2008 19:23 4.77235 8.021 6.26 3/4/2008 19:35 5.25318 11.173 4.68 3/4/2008 19:00 2.86 10.37 7.12 3/4/2008 19:08 3.99685 7.666 4.14 3/4/2008 19:32 3.37 12.95 9.073/4/2008 19:33 4.69878 8.01 6.19 3/4/2008 19:45 5.07347 11.178 4.50 3/4/2008 19:10 2.85 10.31 7.11 3/4/2008 19:18 3.94166 7.683 4.09 3/4/2008 19:42 3.36 12.95 9.063/4/2008 19:43 4.62795 7.99 6.12 3/4/2008 19:55 4.89659 11.248 4.33 3/4/2008 19:20 2.82 10.26 7.08 3/4/2008 19:28 3.86422 7.702 4.01 3/4/2008 19:52 3.36 12.95 9.063/4/2008 19:53 4.5472 7.955 6.04 3/4/2008 20:05 4.75548 11.327 4.18 3/4/2008 19:30 2.81 10.21 7.07 3/4/2008 19:38 3.80902 7.718 3.95 3/4/2008 20:02 3.37 12.95 9.073/4/2008 20:03 4.47422 7.939 5.96 3/4/2008 20:15 4.63352 11.381 4.06 3/4/2008 19:40 2.82 10.18 7.08 3/4/2008 19:48 3.72567 7.738 3.87 3/4/2008 20:12 3.35 12.92 9.053/4/2008 20:13 4.40291 7.957 5.89 3/4/2008 20:25 4.54226 11.426 3.97 3/4/2008 19:50 2.78 10.15 7.04 3/4/2008 19:58 3.68371 7.747 3.83 3/4/2008 20:22 3.37 12.95 9.073/4/2008 20:23 4.33958 7.98 5.83 3/4/2008 20:35 4.45466 11.482 3.88 3/4/2008 20:00 2.81 10.08 7.07 3/4/2008 20:08 3.6578 7.755 3.80 3/4/2008 20:32 3.38 12.91 9.083/4/2008 20:33 4.27608 8.031 5.77 3/4/2008 20:45 4.35495 11.52 3.78 3/4/2008 20:10 2.78 10.07 7.04 3/4/2008 20:18 3.59219 7.763 3.74 3/4/2008 20:42 3.38 12.93 9.083/4/2008 20:43 4.21308 8.115 5.70 3/4/2008 20:55 4.24595 11.563 3.67 3/4/2008 20:20 2.81 10.03 7.07 3/4/2008 20:28 3.57248 7.772 3.72 3/4/2008 20:52 3.37 12.92 9.073/4/2008 20:53 4.15187 8.184 5.64 3/4/2008 21:05 4.16144 11.593 3.59 3/4/2008 20:30 2.78 9.98 7.04 3/4/2008 20:38 3.51756 7.778 3.66 3/4/2008 21:02 3.37 12.92 9.073/4/2008 21:03 4.09604 8.199 5.59 3/4/2008 21:15 4.0975 11.609 3.53 3/4/2008 20:40 2.81 9.97 7.07 3/4/2008 20:48 3.46772 7.784 3.61 3/4/2008 21:12 3.38 12.92 9.083/4/2008 21:13 4.04145 8.232 5.53 3/4/2008 21:25 4.03581 11.619 3.46 3/4/2008 20:50 2.83 9.95 7.09 3/4/2008 20:58 3.42717 7.79 3.57 3/4/2008 21:22 3.39 12.94 9.093/4/2008 21:23 3.98745 8.24 5.48 3/4/2008 21:35 3.99102 11.638 3.42 3/4/2008 21:00 2.81 9.95 7.07 3/4/2008 21:08 3.39422 7.797 3.54 3/4/2008 21:32 3.38 12.92 9.083/4/2008 21:33 3.92982 8.243 5.42 3/4/2008 21:45 3.96342 11.674 3.39 3/4/2008 21:10 2.82 9.93 7.08 3/4/2008 21:18 3.40295 7.807 3.55 3/4/2008 21:42 3.39 12.92 9.093/4/2008 21:43 3.87965 8.166 5.37 3/4/2008 21:55 3.94427 11.694 3.37 3/4/2008 21:20 2.83 9.92 7.09 3/4/2008 21:28 3.37423 7.818 3.52 3/4/2008 21:52 3.4 12.94 9.103/4/2008 21:53 3.82879 8.121 5.32 3/4/2008 22:05 3.94427 11.717 3.37 3/4/2008 21:30 2.85 9.89 7.11 3/4/2008 21:38 3.3762 7.819 3.52 3/4/2008 22:02 3.39 12.94 9.09

MinFluctuation

Average (1st low-2nd low)

Transducer conversion (additive)MaxMin

FluctuationAverage (1st low-2nd low)

MinFluctuation

Average (1st low-2nd low)

Transducer conversion (additive)MaxMin

FluctuationAverage (1st low-2nd low)

MinFluctuation

Average (1st low-2nd low)

MW-07 MW-08R MW-09Transducer conversion (additive)

MaxTransducer conversion (additive)

MaxTransducer conversion (additive)

Max

MW-05R MW-06

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Page 31: Appendix A Well Boring Logs - T-117t117.com/documents/gw/q1/q1gw_monitrpt_apxa-b.pdfAppendix A Well Boring Logs . Well Completion Groundwater DP = Direct Push Sample Type Sample (ft.)

1.49 -0.57 4.26 0.14 5.7010.67 9.36 8.43 11.14 9.15

5.01 3.20 6.95 3.42 8.905.66 6.16 1.48 7.72 0.257.61 7.00 7.28 9.07

Date and time Level Temp Elevation Date and time Level Temp Elevation Date and time Level Temp Elevation Date and time Level Temp Elevation Date and time Level Temp Elevation

MinFluctuation

Average (1st low-2nd low)

Transducer conversion (additive)MaxMin

FluctuationAverage (1st low-2nd low)

MinFluctuation

Average (1st low-2nd low)

Transducer conversion (additive)MaxMin

FluctuationAverage (1st low-2nd low)

MinFluctuation

Average (1st low-2nd low)

MW-07 MW-08R MW-09Transducer conversion (additive)

MaxTransducer conversion (additive)

MaxTransducer conversion (additive)

Max

MW-05R MW-06

3/4/2008 22:03 3.78999 8.121 5.28 3/4/2008 22:15 3.95244 11.735 3.38 3/4/2008 21:40 2.85 9.87 7.11 3/4/2008 21:48 3.34973 7.823 3.49 3/4/2008 22:12 3.39 12.93 9.093/4/2008 22:13 3.75965 8.131 5.25 3/4/2008 22:25 3.97385 11.75 3.40 3/4/2008 21:50 2.85 9.91 7.11 3/4/2008 21:58 3.37705 7.83 3.52 3/4/2008 22:22 3.39 12.93 9.093/4/2008 22:23 3.73487 8.142 5.22 3/4/2008 22:35 3.99949 11.762 3.43 3/4/2008 22:00 2.85 9.87 7.11 3/4/2008 22:08 3.40746 7.835 3.55 3/4/2008 22:32 3.41 12.93 9.113/4/2008 22:33 3.70664 8.153 5.20 3/4/2008 22:45 4.04823 11.768 3.48 3/4/2008 22:10 2.91 9.9 7.17 3/4/2008 22:18 3.43365 7.843 3.58 3/4/2008 22:42 3.41 12.93 9.113/4/2008 22:43 3.68425 8.164 5.17 3/4/2008 22:55 4.0857 11.774 3.51 3/4/2008 22:20 2.89 9.89 7.15 3/4/2008 22:28 3.43731 7.844 3.58 3/4/2008 22:52 3.41 12.92 9.113/4/2008 22:53 3.6639 8.174 5.15 3/4/2008 23:05 4.14063 11.776 3.57 3/4/2008 22:30 2.94 9.91 7.20 3/4/2008 22:38 3.47673 7.837 3.62 3/4/2008 23:02 3.41 12.93 9.113/4/2008 23:03 3.65236 8.187 5.14 3/4/2008 23:15 4.22288 11.778 3.65 3/4/2008 22:40 2.95 9.89 7.21 3/4/2008 22:48 3.53024 7.839 3.67 3/4/2008 23:12 3.42 12.95 9.123/4/2008 23:13 3.64338 8.199 5.13 3/4/2008 23:25 4.30542 11.764 3.73 3/4/2008 22:50 2.97 9.92 7.23 3/4/2008 22:58 3.58797 7.84 3.73 3/4/2008 23:22 3.42 12.94 9.123/4/2008 23:23 3.64588 8.212 5.14 3/4/2008 23:35 4.39866 11.749 3.83 3/4/2008 23:00 2.95 9.93 7.21 3/4/2008 23:08 3.66767 7.838 3.81 3/4/2008 23:32 3.41 12.94 9.113/4/2008 23:33 3.6474 8.229 5.14 3/4/2008 23:45 4.51275 11.735 3.94 3/4/2008 23:10 2.97 9.95 7.23 3/4/2008 23:18 3.76257 7.836 3.91 3/4/2008 23:42 3.41 12.94 9.113/4/2008 23:43 3.66528 8.246 5.15 3/4/2008 23:55 4.61218 11.724 4.04 3/4/2008 23:20 2.99 9.99 7.25 3/4/2008 23:28 3.8524 7.822 4.00 3/4/2008 23:52 3.42 12.93 9.123/4/2008 23:53 3.68978 8.269 5.18 3/5/2008 0:05 4.71445 11.758 4.14 3/4/2008 23:30 2.98 10.01 7.24 3/4/2008 23:38 3.94617 7.801 4.09 3/5/2008 0:02 3.42 12.94 9.123/5/2008 0:03 3.71826 8.293 5.21 3/5/2008 0:15 4.85897 11.803 4.29 3/4/2008 23:40 3.04 10.08 7.30 3/4/2008 23:48 4.05318 7.792 4.20 3/5/2008 0:12 3.42 12.95 9.123/5/2008 0:13 3.74614 8.322 5.24 3/5/2008 0:25 5.08096 11.842 4.51 3/4/2008 23:50 3.04 10.23 7.30 3/4/2008 23:58 4.18554 7.798 4.33 3/5/2008 0:22 3.42 12.94 9.123/5/2008 0:23 3.78002 8.397 5.27 3/5/2008 0:35 5.2855 11.907 4.71 3/5/2008 0:00 3.06 10.44 7.32 3/5/2008 0:08 4.3193 7.806 4.46 3/5/2008 0:32 3.42 12.95 9.123/5/2008 0:33 3.81336 8.543 5.30 3/5/2008 0:45 5.45483 11.974 4.88 3/5/2008 0:10 3.14 10.73 7.40 3/5/2008 0:18 4.62625 7.808 4.77 3/5/2008 0:42 3.43 12.94 9.133/5/2008 0:43 3.86311 8.632 5.35 3/5/2008 0:55 5.63061 11.952 5.06 3/5/2008 0:20 3.16 10.96 7.42 3/5/2008 0:28 5.04697 7.814 5.19 3/5/2008 0:52 3.43 12.95 9.133/5/2008 0:53 3.92971 8.638 5.42 3/5/2008 1:05 5.84386 11.973 5.27 3/5/2008 0:30 3.21 11.15 7.47 3/5/2008 0:38 5.49078 7.791 5.63 3/5/2008 1:02 3.43 12.95 9.133/5/2008 1:03 4.00934 8.632 5.50 3/5/2008 1:15 6.07854 11.995 5.51 3/5/2008 0:40 3.24 11.22 7.50 3/5/2008 0:48 5.92806 7.477 6.07 3/5/2008 1:12 3.42 12.95 9.123/5/2008 1:13 4.09756 8.63 5.59 3/5/2008 1:25 6.27377 12.008 5.70 3/5/2008 0:50 3.27 11.29 7.53 3/5/2008 0:58 6.34987 7.337 6.49 3/5/2008 1:22 3.42 12.94 9.123/5/2008 1:23 4.18775 8.61 5.68 3/5/2008 1:35 6.52477 12.018 5.95 3/5/2008 1:00 3.27 11.34 7.53 3/5/2008 1:08 6.79366 7.277 6.94 3/5/2008 1:32 3.43 12.95 9.133/5/2008 1:33 4.28913 8.588 5.78 3/5/2008 1:45 6.78113 12.025 6.21 3/5/2008 1:10 3.2 11.36 7.46 3/5/2008 1:18 7.20563 7.241 7.35 3/5/2008 1:42 3.42 12.95 9.123/5/2008 1:43 4.4487 8.563 5.94 3/5/2008 1:55 7.07298 12.03 6.50 3/5/2008 1:20 3.16 11.33 7.42 3/5/2008 1:28 7.59845 7.21 7.74 3/5/2008 1:52 3.43 12.97 9.133/5/2008 1:53 4.72574 8.553 6.22 3/5/2008 2:05 7.37047 12.034 6.80 3/5/2008 1:30 3.12 11.29 7.38 3/5/2008 1:38 7.97522 7.171 8.12 3/5/2008 2:02 3.41 12.95 9.113/5/2008 2:03 5.17619 8.564 6.67 3/5/2008 2:15 7.53105 12.039 6.96 3/5/2008 1:40 3.12 11.19 7.38 3/5/2008 1:48 8.33509 7.152 8.48 3/5/2008 2:12 3.42 12.95 9.123/5/2008 2:13 5.70411 8.501 7.19 3/5/2008 2:25 7.73135 12.044 7.16 3/5/2008 1:50 3.08 11.11 7.34 3/5/2008 1:58 8.64258 7.096 8.79 3/5/2008 2:22 3.42 12.95 9.123/5/2008 2:23 6.22881 8.365 7.72 3/5/2008 2:35 7.96376 12.048 7.39 3/5/2008 2:00 3.08 11.07 7.34 3/5/2008 2:08 8.92755 7.094 9.07 3/5/2008 2:32 3.42 12.94 9.123/5/2008 2:33 6.66682 8.316 8.16 3/5/2008 2:45 8.12912 12.049 7.56 3/5/2008 2:10 3.11 11.01 7.37 3/5/2008 2:18 9.20633 7.077 9.35 3/5/2008 2:42 3.43 12.95 9.133/5/2008 2:43 6.95334 8.264 8.44 3/5/2008 2:55 8.32322 12.052 7.75 3/5/2008 2:20 3.07 10.95 7.33 3/5/2008 2:28 9.46003 7.021 9.60 3/5/2008 2:52 3.42 12.94 9.123/5/2008 2:53 7.22248 8.225 8.71 3/5/2008 3:05 8.59085 12.051 8.02 3/5/2008 2:30 3.07 10.93 7.33 3/5/2008 2:38 9.72303 6.997 9.87 3/5/2008 3:02 3.41 12.95 9.113/5/2008 3:03 7.54616 8.208 9.04 3/5/2008 3:15 8.83847 12.047 8.27 3/5/2008 2:40 3.06 10.91 7.32 3/5/2008 2:48 9.95506 6.973 10.10 3/5/2008 3:12 3.41 12.97 9.113/5/2008 3:13 7.7892 8.223 9.28 3/5/2008 3:25 8.97509 12.041 8.40 3/5/2008 2:50 3.08 10.91 7.34 3/5/2008 2:58 10.1525 6.966 10.30 3/5/2008 3:22 3.42 12.95 9.123/5/2008 3:23 7.97492 8.23 9.46 3/5/2008 3:35 9.10355 12.039 8.53 3/5/2008 3:00 3.08 10.86 7.34 3/5/2008 3:08 10.3431 6.972 10.49 3/5/2008 3:32 3.41 12.94 9.113/5/2008 3:33 8.15332 8.241 9.64 3/5/2008 3:45 9.18412 12.038 8.61 3/5/2008 3:10 3.14 10.91 7.40 3/5/2008 3:18 10.5076 6.986 10.65 3/5/2008 3:42 3.4 12.92 9.103/5/2008 3:43 8.32229 8.232 9.81 3/5/2008 3:55 9.28976 12.039 8.72 3/5/2008 3:20 3.37 11.27 7.63 3/5/2008 3:28 10.6469 6.996 10.79 3/5/2008 3:52 3.42 12.95 9.123/5/2008 3:53 8.48605 8.227 9.98 3/5/2008 4:05 9.38976 12.039 8.82 3/5/2008 3:30 3.56 11.57 7.82 3/5/2008 3:38 10.7514 7.02 10.89 3/5/2008 4:02 3.42 12.93 9.123/5/2008 4:03 8.629 8.228 10.12 3/5/2008 4:15 9.47766 12.038 8.91 3/5/2008 3:40 3.73 11.75 7.99 3/5/2008 3:48 10.8294 7.042 10.97 3/5/2008 4:12 3.41 12.92 9.113/5/2008 4:13 8.76105 8.262 10.25 3/5/2008 4:25 9.56809 12.037 9.00 3/5/2008 3:50 3.87 11.79 8.13 3/5/2008 3:58 10.9004 7.052 11.04 3/5/2008 4:22 3.41 12.93 9.113/5/2008 4:23 8.87196 8.31 10.36 3/5/2008 4:35 9.64105 12.035 9.07 3/5/2008 4:00 3.96 11.86 8.22 3/5/2008 4:08 10.9381 7.068 11.08 3/5/2008 4:32 3.4 12.95 9.103/5/2008 4:33 8.97794 8.289 10.47 3/5/2008 4:45 9.71119 12.031 9.14 3/5/2008 4:10 4.05 11.91 8.31 3/5/2008 4:18 10.9565 7.077 11.10 3/5/2008 4:42 3.39 12.95 9.093/5/2008 4:43 9.06134 8.124 10.55 3/5/2008 4:55 9.75485 12.028 9.18 3/5/2008 4:20 4.13 11.86 8.39 3/5/2008 4:28 10.9291 7.091 11.07 3/5/2008 4:52 3.42 12.95 9.123/5/2008 4:53 9.12873 8.06 10.62 3/5/2008 5:05 9.81063 12.025 9.24 3/5/2008 4:30 4.16 11.75 8.42 3/5/2008 4:38 10.89 7.105 11.03 3/5/2008 5:02 3.42 12.93 9.123/5/2008 5:03 9.1692 8.037 10.66 3/5/2008 5:15 9.85795 12.02 9.29 3/5/2008 4:40 4.16 11.71 8.42 3/5/2008 4:48 10.8402 7.126 10.98 3/5/2008 5:12 3.41 12.93 9.113/5/2008 5:13 9.18299 8.009 10.67 3/5/2008 5:25 9.87767 12.014 9.31 3/5/2008 4:50 4.17 11.71 8.43 3/5/2008 4:58 10.7737 7.129 10.92 3/5/2008 5:22 3.43 12.93 9.133/5/2008 5:23 9.16654 7.973 10.66 3/5/2008 5:35 9.91569 12.007 9.34 3/5/2008 5:00 4.16 11.8 8.42 3/5/2008 5:08 10.6982 7.114 10.84 3/5/2008 5:32 3.42 12.93 9.123/5/2008 5:33 9.10479 7.964 10.59 3/5/2008 5:45 9.92949 11.999 9.36 3/5/2008 5:10 4.13 11.76 8.39 3/5/2008 5:18 10.5774 7.115 10.72 3/5/2008 5:42 3.43 12.94 9.133/5/2008 5:43 9.02027 7.961 10.51 3/5/2008 5:55 9.92075 11.991 9.35 3/5/2008 5:20 4.07 11.67 8.33 3/5/2008 5:28 10.4502 7.11 10.59 3/5/2008 5:52 3.42 12.95 9.123/5/2008 5:53 8.92597 7.969 10.42 3/5/2008 6:05 9.93173 11.983 9.36 3/5/2008 5:30 4 11.6 8.26 3/5/2008 5:38 10.317 7.107 10.46 3/5/2008 6:02 3.44 12.95 9.143/5/2008 6:03 8.82643 7.983 10.32 3/5/2008 6:15 9.92355 11.974 9.35 3/5/2008 5:40 3.92 11.51 8.18 3/5/2008 5:48 10.1866 7.11 10.33 3/5/2008 6:12 3.42 12.95 9.12

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Page 32: Appendix A Well Boring Logs - T-117t117.com/documents/gw/q1/q1gw_monitrpt_apxa-b.pdfAppendix A Well Boring Logs . Well Completion Groundwater DP = Direct Push Sample Type Sample (ft.)

1.49 -0.57 4.26 0.14 5.7010.67 9.36 8.43 11.14 9.15

5.01 3.20 6.95 3.42 8.905.66 6.16 1.48 7.72 0.257.61 7.00 7.28 9.07

Date and time Level Temp Elevation Date and time Level Temp Elevation Date and time Level Temp Elevation Date and time Level Temp Elevation Date and time Level Temp Elevation

MinFluctuation

Average (1st low-2nd low)

Transducer conversion (additive)MaxMin

FluctuationAverage (1st low-2nd low)

MinFluctuation

Average (1st low-2nd low)

Transducer conversion (additive)MaxMin

FluctuationAverage (1st low-2nd low)

MinFluctuation

Average (1st low-2nd low)

MW-07 MW-08R MW-09Transducer conversion (additive)

MaxTransducer conversion (additive)

MaxTransducer conversion (additive)

Max

MW-05R MW-06

3/5/2008 6:13 8.71657 8.003 10.21 3/5/2008 6:25 9.89453 11.963 9.32 3/5/2008 5:50 3.83 11.33 8.09 3/5/2008 5:58 10.0497 7.112 10.19 3/5/2008 6:22 3.42 12.95 9.123/5/2008 6:23 8.5983 8.03 10.09 3/5/2008 6:35 9.87085 11.954 9.30 3/5/2008 6:00 3.75 11.23 8.01 3/5/2008 6:08 9.89344 7.122 10.04 3/5/2008 6:32 3.42 12.95 9.123/5/2008 6:33 8.46201 8.043 9.95 3/5/2008 6:45 9.83789 11.942 9.27 3/5/2008 6:10 3.65 11.19 7.91 3/5/2008 6:18 9.74025 7.132 9.88 3/5/2008 6:42 3.42 12.95 9.123/5/2008 6:43 8.31924 8.059 9.81 3/5/2008 6:55 9.79759 11.931 9.23 3/5/2008 6:20 3.52 11.18 7.78 3/5/2008 6:28 9.56341 7.14 9.71 3/5/2008 6:52 3.42 12.95 9.123/5/2008 6:53 8.1682 8.079 9.66 3/5/2008 7:05 9.74772 11.917 9.18 3/5/2008 6:30 3.37 11.19 7.63 3/5/2008 6:38 9.38516 7.142 9.53 3/5/2008 7:02 3.42 12.97 9.123/5/2008 7:03 8.01659 8.101 9.51 3/5/2008 7:15 9.67897 11.905 9.11 3/5/2008 6:40 3.23 11.18 7.49 3/5/2008 6:48 9.19481 7.147 9.34 3/5/2008 7:12 3.42 12.95 9.123/5/2008 7:13 7.86179 8.129 9.35 3/5/2008 7:25 9.59811 11.891 9.03 3/5/2008 6:50 3.08 11.15 7.34 3/5/2008 6:58 8.98023 7.164 9.12 3/5/2008 7:22 3.42 12.95 9.123/5/2008 7:23 7.70364 8.159 9.19 3/5/2008 7:35 9.5212 11.876 8.95 3/5/2008 7:00 3.06 11.07 7.32 3/5/2008 7:08 8.78734 7.17 8.93 3/5/2008 7:32 3.42 12.95 9.123/5/2008 7:33 7.55735 8.177 9.05 3/5/2008 7:45 9.39752 11.86 8.83 3/5/2008 7:10 3.03 11.03 7.29 3/5/2008 7:18 8.55784 7.171 8.70 3/5/2008 7:42 3.41 12.95 9.113/5/2008 7:43 7.42359 8.199 8.91 3/5/2008 7:55 9.28257 11.848 8.71 3/5/2008 7:20 3.06 10.97 7.32 3/5/2008 7:28 8.34383 7.194 8.49 3/5/2008 7:52 3.42 12.95 9.123/5/2008 7:53 7.26884 8.212 8.76 3/5/2008 8:05 9.17241 11.834 8.60 3/5/2008 7:30 3.07 10.97 7.33 3/5/2008 7:38 8.10871 7.26 8.25 3/5/2008 8:02 3.43 12.97 9.133/5/2008 8:03 7.10354 8.221 8.59 3/5/2008 8:15 9.06057 11.816 8.49 3/5/2008 7:40 3.07 10.93 7.33 3/5/2008 7:48 7.87332 7.319 8.02 3/5/2008 8:12 3.41 12.97 9.113/5/2008 8:13 6.94306 8.229 8.43 3/5/2008 8:25 8.93349 11.773 8.36 3/5/2008 7:50 3.04 10.92 7.30 3/5/2008 7:58 7.64608 7.341 7.79 3/5/2008 8:22 3.43 12.95 9.133/5/2008 8:23 6.77778 8.231 8.27 3/5/2008 8:35 8.76103 11.684 8.19 3/5/2008 8:00 3.07 10.89 7.33 3/5/2008 8:08 7.44586 7.338 7.59 3/5/2008 8:32 3.43 12.95 9.133/5/2008 8:33 6.63775 8.241 8.13 3/5/2008 8:45 8.53502 11.556 7.96 3/5/2008 8:10 3.08 10.88 7.34 3/5/2008 8:18 7.21551 7.354 7.36 3/5/2008 8:42 3.42 12.97 9.123/5/2008 8:43 6.49484 8.259 7.98 3/5/2008 8:55 8.35631 11.354 7.78 3/5/2008 8:20 3.06 10.85 7.32 3/5/2008 8:28 7.01952 7.365 7.16 3/5/2008 8:52 3.43 12.95 9.133/5/2008 8:53 6.36549 8.178 7.85 3/5/2008 9:05 8.25193 11.104 7.68 3/5/2008 8:30 3.08 10.87 7.34 3/5/2008 8:38 6.82044 7.391 6.96 3/5/2008 9:02 3.44 12.97 9.143/5/2008 9:03 6.24741 7.964 7.74 3/5/2008 9:15 8.14203 11.014 7.57 3/5/2008 8:40 3.08 10.88 7.34 3/5/2008 8:48 6.63177 7.393 6.78 3/5/2008 9:12 3.45 12.95 9.153/5/2008 9:13 6.15079 7.811 7.64 3/5/2008 9:25 8.06625 10.996 7.49 3/5/2008 8:50 3.1 10.85 7.36 3/5/2008 8:58 6.46703 7.392 6.61 3/5/2008 9:22 3.44 12.95 9.143/5/2008 9:23 6.07035 7.805 7.56 3/5/2008 9:35 7.9891 11.051 7.42 3/5/2008 9:00 3.08 10.85 7.34 3/5/2008 9:08 6.35354 7.392 6.50 3/5/2008 9:32 3.44 12.95 9.143/5/2008 9:33 5.9814 7.809 7.47 3/5/2008 9:45 7.92182 11.116 7.35 3/5/2008 9:10 3.08 10.84 7.34 3/5/2008 9:18 6.24118 7.395 6.38 3/5/2008 9:42 3.45 12.95 9.153/5/2008 9:43 5.89389 7.82 7.38 3/5/2008 9:55 7.85197 11.143 7.28 3/5/2008 9:20 3.08 10.85 7.34 3/5/2008 9:28 6.16966 7.391 6.31 3/5/2008 9:52 3.43 12.95 9.133/5/2008 9:53 5.81085 7.822 7.30 3/5/2008 10:05 7.79792 11.208 7.23 3/5/2008 9:30 3.08 10.85 7.34 3/5/2008 9:38 6.14544 7.383 6.29 3/5/2008 10:02 3.43 12.95 9.133/5/2008 10:03 5.74479 7.854 7.23 3/5/2008 10:15 7.74105 11.254 7.17 3/5/2008 9:40 3.07 10.83 7.33 3/5/2008 9:48 6.08489 7.387 6.23 3/5/2008 10:12 3.44 12.97 9.143/5/2008 10:13 5.69484 7.866 7.18 3/5/2008 10:25 7.70725 11.271 7.14 3/5/2008 9:50 3.07 10.82 7.33 3/5/2008 9:58 6.08208 7.388 6.23 3/5/2008 10:22 3.42 12.97 9.123/5/2008 10:23 5.63915 7.874 7.13 3/5/2008 10:35 7.67685 11.3 7.11 3/5/2008 10:00 3.06 10.84 7.32 3/5/2008 10:08 6.07166 7.392 6.22 3/5/2008 10:32 3.42 12.94 9.123/5/2008 10:33 5.58477 7.897 7.07 3/5/2008 10:45 7.6594 11.321 7.09 3/5/2008 10:10 3.1 10.83 7.36 3/5/2008 10:18 6.14629 7.392 6.29 3/5/2008 10:42 3.42 12.95 9.123/5/2008 10:43 5.53549 7.918 7.02 3/5/2008 10:55 7.64618 11.361 7.07 3/5/2008 10:20 3.08 10.81 7.34 3/5/2008 10:28 6.1936 7.399 6.34 3/5/2008 10:52 3.4 12.95 9.103/5/2008 10:53 5.49305 7.95 6.98 3/5/2008 11:05 7.65154 11.389 7.08 3/5/2008 10:30 3.08 10.82 7.34 3/5/2008 10:38 6.25527 7.412 6.40 3/5/2008 11:02 3.38 12.97 9.083/5/2008 11:03 5.46197 7.992 6.95 3/5/2008 11:15 7.6693 11.405 7.10 3/5/2008 10:40 3.07 10.82 7.33 3/5/2008 10:48 6.29019 7.427 6.43 3/5/2008 11:12 3.38 12.98 9.083/5/2008 11:13 5.45068 8.062 6.94 3/5/2008 11:25 7.69748 11.427 7.13 3/5/2008 10:50 3.04 10.82 7.30 3/5/2008 10:58 6.3665 7.429 6.51 3/5/2008 11:22 3.36 12.95 9.063/5/2008 11:23 5.46259 8.138 6.95 3/5/2008 11:35 7.73777 11.439 7.17 3/5/2008 11:00 3.02 10.81 7.28 3/5/2008 11:08 6.47014 7.438 6.61 3/5/2008 11:32 3.38 12.97 9.083/5/2008 11:33 5.48996 8.215 6.98 3/5/2008 11:45 7.78481 11.444 7.21 3/5/2008 11:10 3.06 10.78 7.32 3/5/2008 11:18 6.63319 7.45 6.78 3/5/2008 11:42 3.39 12.95 9.093/5/2008 11:43 5.52947 8.282 7.02 3/5/2008 11:55 7.8527 11.447 7.28 3/5/2008 11:20 3.06 10.8 7.32 3/5/2008 11:28 6.76244 7.461 6.91 3/5/2008 11:52 3.39 12.95 9.093/5/2008 11:53 5.57454 8.332 7.06 3/5/2008 12:05 7.89299 11.45 7.32 3/5/2008 11:30 3.06 10.79 7.32 3/5/2008 11:38 6.87255 7.475 7.02 3/5/2008 12:02 3.38 12.95 9.083/5/2008 12:03 5.61509 8.369 7.10 3/5/2008 12:15 7.93525 11.474 7.36 3/5/2008 11:40 3.03 10.8 7.29 3/5/2008 11:48 7.04349 7.487 7.19 3/5/2008 12:12 3.36 12.97 9.063/5/2008 12:13 5.67033 8.397 7.16 3/5/2008 12:25 7.99158 11.451 7.42 3/5/2008 11:50 3.03 10.79 7.29 3/5/2008 11:58 7.21555 7.507 7.36 3/5/2008 12:22 3.37 12.95 9.073/5/2008 12:23 5.74437 8.417 7.23 3/5/2008 12:35 8.05043 11.426 7.48 3/5/2008 12:00 3.04 10.79 7.30 3/5/2008 12:08 7.38367 7.528 7.53 3/5/2008 12:32 3.36 12.97 9.063/5/2008 12:33 5.85213 8.433 7.34 3/5/2008 12:45 8.1327 11.443 7.56 3/5/2008 12:10 3.04 10.79 7.30 3/5/2008 12:18 7.51321 7.549 7.66 3/5/2008 12:42 3.35 12.97 9.053/5/2008 12:43 5.97738 8.442 7.47 3/5/2008 12:55 8.21295 11.402 7.64 3/5/2008 12:20 3 10.77 7.26 3/5/2008 12:28 7.68978 7.55 7.83 3/5/2008 12:52 3.35 12.94 9.053/5/2008 12:53 6.11913 8.445 7.61 3/5/2008 13:05 8.30928 11.377 7.74 3/5/2008 12:30 3 10.79 7.26 3/5/2008 12:38 7.82408 7.475 7.97 3/5/2008 13:02 3.34 12.95 9.043/5/2008 13:03 6.25329 8.443 7.74 3/5/2008 13:15 8.41551 11.438 7.84 3/5/2008 12:40 2.99 10.79 7.25 3/5/2008 12:48 8.00063 7.453 8.14 3/5/2008 13:12 3.35 12.95 9.053/5/2008 13:13 6.38565 8.436 7.88 3/5/2008 13:25 8.57868 11.544 8.01 3/5/2008 12:50 3 10.77 7.26 3/5/2008 12:58 8.15185 7.425 8.30 3/5/2008 13:22 3.35 12.97 9.053/5/2008 13:23 6.5115 8.429 8.00 3/5/2008 13:35 8.67846 11.632 8.11 3/5/2008 13:00 3.02 10.78 7.28 3/5/2008 13:08 8.28391 7.418 8.43 3/5/2008 13:32 3.34 12.93 9.043/5/2008 13:33 6.65681 8.421 8.15 3/5/2008 13:45 8.76527 11.705 8.19 3/5/2008 13:10 2.98 10.77 7.24 3/5/2008 13:18 8.42725 7.425 8.57 3/5/2008 13:42 3.34 12.92 9.043/5/2008 13:43 6.78966 8.408 8.28 3/5/2008 13:55 8.8515 11.759 8.28 3/5/2008 13:20 2.99 10.78 7.25 3/5/2008 13:28 8.5869 7.37 8.73 3/5/2008 13:52 3.34 12.95 9.043/5/2008 13:53 6.94599 8.396 8.44 3/5/2008 14:05 8.92337 11.806 8.35 3/5/2008 13:30 3 10.78 7.26 3/5/2008 13:38 8.76571 7.342 8.91 3/5/2008 14:02 3.33 12.91 9.033/5/2008 14:03 7.08587 8.38 8.58 3/5/2008 14:15 9.00368 11.838 8.43 3/5/2008 13:40 2.98 10.78 7.24 3/5/2008 13:48 8.94114 7.328 9.08 3/5/2008 14:12 3.33 12.97 9.033/5/2008 14:13 7.22668 8.366 8.72 3/5/2008 14:25 9.05609 11.863 8.48 3/5/2008 13:50 2.99 10.77 7.25 3/5/2008 13:58 9.0856 7.318 9.23 3/5/2008 14:22 3.32 12.95 9.02

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Page 33: Appendix A Well Boring Logs - T-117t117.com/documents/gw/q1/q1gw_monitrpt_apxa-b.pdfAppendix A Well Boring Logs . Well Completion Groundwater DP = Direct Push Sample Type Sample (ft.)

1.49 -0.57 4.26 0.14 5.7010.67 9.36 8.43 11.14 9.15

5.01 3.20 6.95 3.42 8.905.66 6.16 1.48 7.72 0.257.61 7.00 7.28 9.07

Date and time Level Temp Elevation Date and time Level Temp Elevation Date and time Level Temp Elevation Date and time Level Temp Elevation Date and time Level Temp Elevation

MinFluctuation

Average (1st low-2nd low)

Transducer conversion (additive)MaxMin

FluctuationAverage (1st low-2nd low)

MinFluctuation

Average (1st low-2nd low)

Transducer conversion (additive)MaxMin

FluctuationAverage (1st low-2nd low)

MinFluctuation

Average (1st low-2nd low)

MW-07 MW-08R MW-09Transducer conversion (additive)

MaxTransducer conversion (additive)

MaxTransducer conversion (additive)

Max

MW-05R MW-06

3/5/2008 14:23 7.4067 8.346 8.90 3/5/2008 14:35 9.12963 11.885 8.56 3/5/2008 14:00 3.1 10.89 7.36 3/5/2008 14:08 9.21541 7.304 9.36 3/5/2008 14:32 3.31 12.93 9.013/5/2008 14:33 7.55812 8.298 9.05 3/5/2008 14:45 9.17725 11.9 8.61 3/5/2008 14:10 3.2 11.07 7.46 3/5/2008 14:18 9.3272 7.294 9.47 3/5/2008 14:42 3.33 12.93 9.033/5/2008 14:43 7.68424 8.263 9.17 3/5/2008 14:55 9.23642 11.909 8.66 3/5/2008 14:20 3.33 11.09 7.59 3/5/2008 14:28 9.43252 7.282 9.58 3/5/2008 14:52 3.32 12.91 9.023/5/2008 14:53 7.7823 8.236 9.27 3/5/2008 15:05 9.2877 11.917 8.72 3/5/2008 14:30 3.44 10.94 7.70 3/5/2008 14:38 9.49785 7.273 9.64 3/5/2008 15:02 3.33 12.94 9.033/5/2008 15:03 7.84622 8.207 9.34 3/5/2008 15:15 9.32573 11.92 8.75 3/5/2008 14:40 3.5 10.89 7.76 3/5/2008 14:48 9.51305 7.269 9.66 3/5/2008 15:12 3.32 12.92 9.023/5/2008 15:13 7.9057 8.181 9.40 3/5/2008 15:25 9.36967 11.922 8.80 3/5/2008 14:50 3.53 10.89 7.79 3/5/2008 14:58 9.53811 7.268 9.68 3/5/2008 15:22 3.31 12.93 9.013/5/2008 15:23 7.94937 8.138 9.44 3/5/2008 15:35 9.4063 11.921 8.83 3/5/2008 15:00 3.54 10.92 7.80 3/5/2008 15:08 9.51896 7.265 9.66 3/5/2008 15:32 3.3 12.93 9.003/5/2008 15:33 7.95995 8.097 9.45 3/5/2008 15:45 9.417 11.917 8.85 3/5/2008 15:10 3.53 10.87 7.79 3/5/2008 15:18 9.4832 7.266 9.63 3/5/2008 15:42 3.31 12.93 9.013/5/2008 15:43 7.93593 8.045 9.43 3/5/2008 15:55 9.44291 11.911 8.87 3/5/2008 15:20 3.53 10.81 7.79 3/5/2008 15:28 9.42266 7.268 9.57 3/5/2008 15:52 3.3 12.92 9.003/5/2008 15:53 7.88038 8.032 9.37 3/5/2008 16:05 9.43361 11.904 8.86 3/5/2008 15:30 3.5 10.75 7.76 3/5/2008 15:38 9.33282 7.255 9.48 3/5/2008 16:02 3.29 12.95 8.993/5/2008 16:03 7.79565 8.054 9.29 3/5/2008 16:15 9.41726 11.896 8.85 3/5/2008 15:40 3.44 10.76 7.70 3/5/2008 15:48 9.22046 7.25 9.36 3/5/2008 16:12 3.29 12.92 8.993/5/2008 16:13 7.69554 8.056 9.18 3/5/2008 16:25 9.39134 11.887 8.82 3/5/2008 15:50 3.33 10.75 7.59 3/5/2008 15:58 9.06727 7.24 9.21 3/5/2008 16:22 3.29 12.94 8.993/5/2008 16:23 7.57575 8.037 9.07 3/5/2008 16:35 9.32203 11.876 8.75 3/5/2008 16:00 3.24 10.77 7.50 3/5/2008 16:08 8.92168 7.242 9.07 3/5/2008 16:32 3.28 12.92 8.983/5/2008 16:33 7.45628 8.07 8.95 3/5/2008 16:45 9.27301 11.865 8.70 3/5/2008 16:10 3.11 10.77 7.37 3/5/2008 16:18 8.75301 7.246 8.90 3/5/2008 16:42 3.27 12.94 8.973/5/2008 16:43 7.3523 8.082 8.84 3/5/2008 16:55 9.21018 11.854 8.64 3/5/2008 16:20 2.97 10.78 7.23 3/5/2008 16:28 8.56096 7.258 8.70 3/5/2008 16:52 3.3 12.94 9.003/5/2008 16:53 7.22523 8.112 8.71 3/5/2008 17:05 9.11805 11.84 8.55 3/5/2008 16:30 2.95 10.8 7.21 3/5/2008 16:38 8.34442 7.275 8.49 3/5/2008 17:02 3.28 12.92 8.983/5/2008 17:03 7.0821 8.092 8.57 3/5/2008 17:15 9.02677 11.822 8.46 3/5/2008 16:40 2.98 10.8 7.24 3/5/2008 16:48 8.12028 7.318 8.26 3/5/2008 17:12 3.28 12.93 8.983/5/2008 17:13 6.915 8.079 8.40 3/5/2008 17:25 8.92083 11.802 8.35 3/5/2008 16:50 2.91 10.78 7.17 3/5/2008 16:58 7.85532 7.383 8.00 3/5/2008 17:22 3.28 12.92 8.983/5/2008 17:23 6.729 8.108 8.22 3/5/2008 17:35 8.79433 11.777 8.22 3/5/2008 17:00 2.97 10.78 7.23 3/5/2008 17:08 7.58358 7.42 7.73 3/5/2008 17:32 3.29 12.92 8.993/5/2008 17:33 6.56349 8.125 8.05 3/5/2008 17:45 8.58892 11.704 8.02 3/5/2008 17:10 2.93 10.77 7.19 3/5/2008 17:18 7.29466 7.443 7.44 3/5/2008 17:42 3.29 12.92 8.993/5/2008 17:43 6.40575 8.139 7.90 3/5/2008 17:55 8.29582 11.481 7.72 3/5/2008 17:20 2.94 10.77 7.20 3/5/2008 17:28 7.00884 7.456 7.15 3/5/2008 17:52 3.31 12.93 9.013/5/2008 17:53 6.24002 8.153 7.73 3/5/2008 18:05 8.0818 11.107 7.51 3/5/2008 17:30 2.93 10.78 7.19 3/5/2008 17:38 6.71063 7.471 6.85 3/5/2008 18:02 3.28 12.93 8.983/5/2008 18:03 6.07504 8.163 7.56 3/5/2008 18:15 7.88004 10.958 7.31 3/5/2008 17:40 2.95 10.75 7.21 3/5/2008 17:48 6.38932 7.483 6.53 3/5/2008 18:12 3.29 12.95 8.993/5/2008 18:13 5.94138 8.173 7.43 3/5/2008 18:25 7.68035 10.987 7.11 3/5/2008 17:50 2.93 10.78 7.19 3/5/2008 17:58 6.03451 7.49 6.18 3/5/2008 18:22 3.28 12.95 8.983/5/2008 18:23 5.82357 8.066 7.31 3/5/2008 18:35 7.45392 11.06 6.88 3/5/2008 18:00 2.95 10.77 7.21 3/5/2008 18:08 5.70954 7.491 5.85 3/5/2008 18:32 3.28 12.94 8.983/5/2008 18:33 5.70037 7.877 7.19 3/5/2008 18:45 7.20917 11.142 6.64 3/5/2008 18:10 2.94 10.74 7.20 3/5/2008 18:18 5.34317 7.497 5.49 3/5/2008 18:42 3.28 12.95 8.983/5/2008 18:43 5.59252 7.905 7.08 3/5/2008 18:55 6.93907 11.221 6.37 3/5/2008 18:20 2.93 10.77 7.19 3/5/2008 18:28 5.03511 7.506 5.18 3/5/2008 18:52 3.28 12.92 8.983/5/2008 18:53 5.49065 7.929 6.98 3/5/2008 19:05 6.69066 11.298 6.12 3/5/2008 18:30 2.94 10.77 7.20 3/5/2008 18:38 4.7321 7.518 4.88 3/5/2008 19:02 3.28 12.95 8.983/5/2008 19:03 5.38273 7.96 6.87 3/5/2008 19:15 6.46421 11.372 5.89 3/5/2008 18:40 2.93 10.76 7.19 3/5/2008 18:48 4.52738 7.529 4.67 3/5/2008 19:12 3.28 12.95 8.983/5/2008 19:13 5.27435 7.985 6.76 3/5/2008 19:25 6.21805 11.447 5.65 3/5/2008 18:50 2.91 10.74 7.17 3/5/2008 18:58 4.42178 7.541 4.57 3/5/2008 19:22 3.28 12.98 8.983/5/2008 19:23 5.16396 8.007 6.65 3/5/2008 19:35 6.03413 11.517 5.46 3/5/2008 19:00 2.94 10.73 7.20 3/5/2008 19:08 4.31195 7.524 4.46 3/5/2008 19:32 3.28 12.94 8.983/5/2008 19:33 5.06047 8.018 6.55 3/5/2008 19:45 5.82654 11.569 5.26 3/5/2008 19:10 2.91 10.65 7.17 3/5/2008 19:18 4.22184 7.487 4.37 3/5/2008 19:42 3.28 12.95 8.983/5/2008 19:43 4.97933 8.017 6.47 3/5/2008 19:55 5.62317 11.604 5.05 3/5/2008 19:20 2.87 10.61 7.13 3/5/2008 19:28 4.13595 7.503 4.28 3/5/2008 19:52 3.27 12.93 8.973/5/2008 19:53 4.90524 8.03 6.39 3/5/2008 20:05 5.42259 11.564 4.85 3/5/2008 19:30 2.85 10.57 7.11 3/5/2008 19:38 4.05006 7.539 4.19 3/5/2008 20:02 3.27 12.95 8.973/5/2008 20:03 4.83254 7.999 6.32 3/5/2008 20:15 5.25182 11.354 4.68 3/5/2008 19:40 2.83 10.52 7.09 3/5/2008 19:48 3.97798 7.563 4.12 3/5/2008 20:12 3.28 12.95 8.983/5/2008 20:13 4.74852 8.004 6.24 3/5/2008 20:25 5.08444 11.127 4.51 3/5/2008 19:50 2.77 10.46 7.03 3/5/2008 19:58 3.89744 7.581 4.04 3/5/2008 20:22 3.26 12.95 8.963/5/2008 20:23 4.66967 8.029 6.16 3/5/2008 20:35 4.916 11.167 4.34 3/5/2008 20:00 2.74 10.4 7.00 3/5/2008 20:08 3.81662 7.596 3.96 3/5/2008 20:32 3.27 12.94 8.973/5/2008 20:33 4.59709 8.042 6.09 3/5/2008 20:45 4.73884 11.247 4.17 3/5/2008 20:10 2.76 10.37 7.02 3/5/2008 20:18 3.7679 7.611 3.91 3/5/2008 20:42 3.27 12.94 8.973/5/2008 20:43 4.51933 8.064 6.01 3/5/2008 20:55 4.58224 11.324 4.01 3/5/2008 20:20 2.73 10.29 6.99 3/5/2008 20:28 3.72144 7.633 3.86 3/5/2008 20:52 3.26 12.93 8.963/5/2008 20:53 4.43594 8.088 5.93 3/5/2008 21:05 4.48282 11.386 3.91 3/5/2008 20:30 2.73 10.22 6.99 3/5/2008 20:38 3.64822 7.646 3.79 3/5/2008 21:02 3.28 12.95 8.983/5/2008 21:03 4.35015 8.094 5.84 3/5/2008 21:15 4.38198 11.445 3.81 3/5/2008 20:40 2.73 10.17 6.99 3/5/2008 20:48 3.61668 7.656 3.76 3/5/2008 21:12 3.27 12.95 8.973/5/2008 21:13 4.27514 8.086 5.76 3/5/2008 21:25 4.25495 11.486 3.68 3/5/2008 20:50 2.7 10.13 6.96 3/5/2008 20:58 3.55867 7.669 3.70 3/5/2008 21:22 3.27 12.95 8.973/5/2008 21:23 4.19988 8.099 5.69 3/5/2008 21:35 4.14876 11.533 3.58 3/5/2008 21:00 2.72 10.08 6.98 3/5/2008 21:08 3.51784 7.676 3.66 3/5/2008 21:32 3.27 12.93 8.973/5/2008 21:33 4.12275 8.128 5.61 3/5/2008 21:45 4.03383 11.581 3.46 3/5/2008 21:10 2.69 10.06 6.95 3/5/2008 21:18 3.46687 7.687 3.61 3/5/2008 21:42 3.26 12.94 8.963/5/2008 21:43 4.05732 8.145 5.55 3/5/2008 21:55 3.96342 11.62 3.39 3/5/2008 21:20 2.72 10.01 6.98 3/5/2008 21:28 3.42013 7.69 3.56 3/5/2008 21:52 3.26 12.95 8.963/5/2008 21:53 3.99107 8.164 5.48 3/5/2008 22:05 3.89327 11.641 3.32 3/5/2008 21:30 2.69 9.99 6.95 3/5/2008 21:38 3.38971 7.698 3.53 3/5/2008 22:02 3.25 12.95 8.953/5/2008 22:03 3.92524 8.198 5.41 3/5/2008 22:15 3.83637 11.645 3.26 3/5/2008 21:40 2.69 9.98 6.95 3/5/2008 21:48 3.34972 7.708 3.49 3/5/2008 22:12 3.26 12.95 8.963/5/2008 22:13 3.86431 8.212 5.35 3/5/2008 22:25 3.80736 11.663 3.24 3/5/2008 21:50 2.69 9.96 6.95 3/5/2008 21:58 3.32354 7.717 3.47 3/5/2008 22:22 3.25 12.94 8.953/5/2008 22:23 3.8063 8.235 5.30 3/5/2008 22:35 3.79271 11.688 3.22 3/5/2008 22:00 2.73 9.93 6.99 3/5/2008 22:08 3.29087 7.731 3.43 3/5/2008 22:32 3.25 12.93 8.95

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Page 34: Appendix A Well Boring Logs - T-117t117.com/documents/gw/q1/q1gw_monitrpt_apxa-b.pdfAppendix A Well Boring Logs . Well Completion Groundwater DP = Direct Push Sample Type Sample (ft.)

1.49 -0.57 4.26 0.14 5.7010.67 9.36 8.43 11.14 9.15

5.01 3.20 6.95 3.42 8.905.66 6.16 1.48 7.72 0.257.61 7.00 7.28 9.07

Date and time Level Temp Elevation Date and time Level Temp Elevation Date and time Level Temp Elevation Date and time Level Temp Elevation Date and time Level Temp Elevation

MinFluctuation

Average (1st low-2nd low)

Transducer conversion (additive)MaxMin

FluctuationAverage (1st low-2nd low)

MinFluctuation

Average (1st low-2nd low)

Transducer conversion (additive)MaxMin

FluctuationAverage (1st low-2nd low)

MinFluctuation

Average (1st low-2nd low)

MW-07 MW-08R MW-09Transducer conversion (additive)

MaxTransducer conversion (additive)

MaxTransducer conversion (additive)

Max

MW-05R MW-06

3/5/2008 22:33 3.75846 8.247 5.25 3/5/2008 22:45 3.77159 11.719 3.20 3/5/2008 22:10 2.72 9.93 6.98 3/5/2008 22:18 3.29566 7.739 3.44 3/5/2008 22:42 3.26 12.94 8.963/5/2008 22:43 3.70471 8.265 5.19 3/5/2008 22:55 3.78624 11.74 3.21 3/5/2008 22:20 2.73 9.9 6.99 3/5/2008 22:28 3.27454 7.746 3.42 3/5/2008 22:52 3.25 12.95 8.953/5/2008 22:53 3.65497 8.233 5.14 3/5/2008 23:05 3.81075 11.757 3.24 3/5/2008 22:30 2.74 9.92 7.00 3/5/2008 22:38 3.29003 7.749 3.43 3/5/2008 23:02 3.26 12.93 8.963/5/2008 23:03 3.62476 8.195 5.11 3/5/2008 23:15 3.85301 11.759 3.28 3/5/2008 22:40 2.76 9.91 7.02 3/5/2008 22:48 3.29003 7.75 3.43 3/5/2008 23:12 3.26 12.95 8.963/5/2008 23:13 3.5992 8.175 5.09 3/5/2008 23:25 3.88738 11.782 3.32 3/5/2008 22:50 2.76 9.89 7.02 3/5/2008 22:58 3.33114 7.757 3.47 3/5/2008 23:22 3.26 12.93 8.963/5/2008 23:23 3.57266 8.174 5.06 3/5/2008 23:35 3.94146 11.784 3.37 3/5/2008 23:00 2.78 9.89 7.04 3/5/2008 23:08 3.34888 7.755 3.49 3/5/2008 23:32 3.25 12.93 8.953/5/2008 23:33 3.55017 8.181 5.04 3/5/2008 23:45 4.00992 11.782 3.44 3/5/2008 23:10 2.79 9.93 7.05 3/5/2008 23:18 3.40661 7.755 3.55 3/5/2008 23:42 3.26 12.94 8.963/5/2008 23:43 3.53517 8.19 5.02 3/5/2008 23:55 4.07414 11.771 3.50 3/5/2008 23:20 2.81 9.92 7.07 3/5/2008 23:28 3.44829 7.756 3.59 3/5/2008 23:52 3.27 12.94 8.973/5/2008 23:53 3.52581 8.202 5.02 3/6/2008 0:05 4.17499 11.762 3.60 3/5/2008 23:30 2.79 9.95 7.05 3/5/2008 23:38 3.51447 7.763 3.66 3/6/2008 0:02 3.27 12.97 8.973/6/2008 0:03 3.52025 8.216 5.01 3/6/2008 0:15 4.27556 11.751 3.70 3/5/2008 23:40 2.81 9.95 7.07 3/5/2008 23:48 3.58881 7.762 3.73 3/6/2008 0:12 3.26 12.95 8.963/6/2008 0:13 3.51852 8.231 5.01 3/6/2008 0:25 4.38626 11.736 3.81 3/5/2008 23:50 2.85 9.96 7.11 3/5/2008 23:58 3.66682 7.755 3.81 3/6/2008 0:22 3.26 12.95 8.963/6/2008 0:23 3.53542 8.251 5.02 3/6/2008 0:35 4.49782 11.747 3.93 3/6/2008 0:00 2.86 10.02 7.12 3/6/2008 0:08 3.77326 7.732 3.92 3/6/2008 0:32 3.25 12.95 8.953/6/2008 0:33 3.5538 8.273 5.04 3/6/2008 0:45 4.59361 11.793 4.02 3/6/2008 0:10 2.87 10.05 7.13 3/6/2008 0:18 3.85859 7.708 4.00 3/6/2008 0:42 3.25 12.93 8.953/6/2008 0:43 3.57837 8.313 5.07 3/6/2008 0:55 4.78461 11.839 4.21 3/6/2008 0:20 2.89 10.13 7.15 3/6/2008 0:28 3.96588 7.709 4.11 3/6/2008 0:52 3.25 12.95 8.953/6/2008 0:53 3.60591 8.428 5.10 3/6/2008 1:05 5.04436 11.895 4.47 3/6/2008 0:30 2.93 10.32 7.19 3/6/2008 0:38 4.08105 7.718 4.22 3/6/2008 1:02 3.25 12.97 8.953/6/2008 1:03 3.64348 8.558 5.13 3/6/2008 1:15 5.23058 11.969 4.66 3/6/2008 0:40 2.94 10.59 7.20 3/6/2008 0:48 4.34942 7.717 4.49 3/6/2008 1:12 3.25 12.95 8.953/6/2008 1:13 3.69083 8.582 5.18 3/6/2008 1:25 5.3844 11.962 4.81 3/6/2008 0:50 2.97 10.89 7.23 3/6/2008 0:58 4.7096 7.723 4.85 3/6/2008 1:22 3.25 12.95 8.953/6/2008 1:23 3.75204 8.591 5.24 3/6/2008 1:35 5.61794 11.984 5.05 3/6/2008 1:00 3.03 11.11 7.29 3/6/2008 1:08 5.19424 7.722 5.34 3/6/2008 1:32 3.25 12.95 8.953/6/2008 1:33 3.82745 8.588 5.32 3/6/2008 1:45 5.85542 12.002 5.28 3/6/2008 1:10 3.04 11.23 7.30 3/6/2008 1:18 5.67603 7.531 5.82 3/6/2008 1:42 3.25 12.94 8.953/6/2008 1:43 3.91221 8.574 5.40 3/6/2008 1:55 6.07206 12.011 5.50 3/6/2008 1:20 3.1 11.33 7.36 3/6/2008 1:28 6.13613 7.285 6.28 3/6/2008 1:52 3.25 12.94 8.953/6/2008 1:53 4.00617 8.571 5.50 3/6/2008 2:05 6.32983 12.023 5.76 3/6/2008 1:30 3.11 11.37 7.37 3/6/2008 1:38 6.61117 7.201 6.75 3/6/2008 2:02 3.25 12.94 8.953/6/2008 2:03 4.11086 8.549 5.60 3/6/2008 2:15 6.58394 12.03 6.01 3/6/2008 1:40 3.02 11.38 7.28 3/6/2008 1:48 7.05777 7.153 7.20 3/6/2008 2:12 3.24 12.97 8.943/6/2008 2:13 4.28941 8.571 5.78 3/6/2008 2:25 6.89354 12.035 6.32 3/6/2008 1:50 2.98 11.36 7.24 3/6/2008 1:58 7.47875 7.097 7.62 3/6/2008 2:22 3.24 12.94 8.943/6/2008 2:23 4.60383 8.544 6.09 3/6/2008 2:35 7.20455 12.039 6.63 3/6/2008 2:00 2.97 11.29 7.23 3/6/2008 2:08 7.8679 7.038 8.01 3/6/2008 2:32 3.23 12.95 8.933/6/2008 2:33 5.09712 8.541 6.59 3/6/2008 2:45 7.3809 12.041 6.81 3/6/2008 2:10 2.93 11.19 7.19 3/6/2008 2:18 8.24467 7.027 8.39 3/6/2008 2:42 3.22 12.94 8.923/6/2008 2:43 5.63289 8.47 7.12 3/6/2008 2:55 7.58486 12.045 7.01 3/6/2008 2:20 2.93 11.14 7.19 3/6/2008 2:28 8.55639 7.015 8.70 3/6/2008 2:52 3.23 12.93 8.933/6/2008 2:53 6.19087 8.394 7.68 3/6/2008 3:05 7.83361 12.048 7.26 3/6/2008 2:30 2.93 11.03 7.19 3/6/2008 2:38 8.86106 6.958 9.00 3/6/2008 3:02 3.23 12.93 8.933/6/2008 3:03 6.56579 8.336 8.06 3/6/2008 3:15 8.01137 12.049 7.44 3/6/2008 2:40 2.89 10.99 7.15 3/6/2008 2:48 9.16208 6.943 9.31 3/6/2008 3:12 3.21 12.95 8.913/6/2008 3:13 6.86179 8.286 8.35 3/6/2008 3:25 8.21899 12.051 7.65 3/6/2008 2:50 2.89 10.95 7.15 3/6/2008 2:58 9.47127 6.935 9.61 3/6/2008 3:22 3.21 12.95 8.91

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Page 35: Appendix A Well Boring Logs - T-117t117.com/documents/gw/q1/q1gw_monitrpt_apxa-b.pdfAppendix A Well Boring Logs . Well Completion Groundwater DP = Direct Push Sample Type Sample (ft.)

1.49 -0.57 4.26 0.14 5.7010.67 9.36 8.43 11.14 9.15

5.01 3.20 6.95 3.42 8.905.66 6.16 1.48 7.72 0.257.61 7.00 7.28 9.07

Date and time Level Temp Elevation Date and time Level Temp Elevation Date and time Level Temp Elevation Date and time Level Temp Elevation Date and time Level Temp Elevation

MinFluctuation

Average (1st low-2nd low)

Transducer conversion (additive)MaxMin

FluctuationAverage (1st low-2nd low)

MinFluctuation

Average (1st low-2nd low)

Transducer conversion (additive)MaxMin

FluctuationAverage (1st low-2nd low)

MinFluctuation

Average (1st low-2nd low)

MW-07 MW-08R MW-09Transducer conversion (additive)

MaxTransducer conversion (additive)

MaxTransducer conversion (additive)

Max

MW-05R MW-06

3/6/2008 3:23 7.17603 8.252 8.67 3/6/2008 3:35 8.55366 12.05 7.98 3/6/2008 3:00 2.89 10.91 7.15 3/6/2008 3:08 9.72554 6.927 9.87 3/6/2008 3:32 3.21 12.95 8.913/6/2008 3:33 7.50383 8.249 8.99 3/6/2008 3:45 8.74719 12.048 8.18 3/6/2008 3:10 2.89 10.89 7.15 3/6/2008 3:18 9.96123 6.909 10.10 3/6/2008 3:42 3.2 12.95 8.903/6/2008 3:43 7.72426 8.266 9.21 3/6/2008 3:55 8.89452 12.043 8.32 3/6/2008 3:20 2.87 10.85 7.13 3/6/2008 3:28 10.1733 6.895 10.32 3/6/2008 3:52 3.2 12.92 8.903/6/2008 3:53 7.91728 8.267 9.41 3/6/2008 4:05 8.99368 12.042 8.42 3/6/2008 3:30 2.89 10.83 7.15 3/6/2008 3:38 10.3738 6.892 10.52 3/6/2008 4:02 3.21 12.95 8.913/6/2008 4:03 8.10993 8.261 9.60 3/6/2008 4:15 9.09284 12.043 8.52 3/6/2008 3:40 3.1 11.16 7.36 3/6/2008 3:48 10.5388 6.899 10.68 3/6/2008 4:12 3.22 12.91 8.923/6/2008 4:13 8.28807 8.208 9.78 3/6/2008 4:25 9.20694 12.044 8.64 3/6/2008 3:50 3.32 11.54 7.58 3/6/2008 3:58 10.672 6.911 10.82 3/6/2008 4:22 3.22 12.94 8.923/6/2008 4:23 8.44965 8.22 9.94 3/6/2008 4:35 9.31371 12.044 8.74 3/6/2008 4:00 3.52 11.85 7.78 3/6/2008 4:08 10.7931 6.934 10.94 3/6/2008 4:32 3.22 12.94 8.923/6/2008 4:33 8.59331 8.235 10.08 3/6/2008 4:45 9.41034 12.044 8.84 3/6/2008 4:10 3.69 11.93 7.95 3/6/2008 4:18 10.8804 6.96 11.02 3/6/2008 4:42 3.23 12.93 8.933/6/2008 4:43 8.73328 8.265 10.22 3/6/2008 4:55 9.48752 12.042 8.92 3/6/2008 4:20 3.83 12.01 8.09 3/6/2008 4:28 10.9367 6.979 11.08 3/6/2008 4:52 3.21 12.91 8.913/6/2008 4:53 8.85123 8.317 10.34 3/6/2008 5:05 9.56978 12.039 9.00 3/6/2008 4:30 3.95 11.98 8.21 3/6/2008 4:38 10.9801 6.988 11.12 3/6/2008 5:02 3.23 12.92 8.933/6/2008 5:03 8.94876 8.283 10.44 3/6/2008 5:15 9.6264 12.036 9.05 3/6/2008 4:40 4.04 12.05 8.30 3/6/2008 4:48 10.9933 7.005 11.14 3/6/2008 5:12 3.24 12.94 8.943/6/2008 5:13 9.01639 8.11 10.51 3/6/2008 5:25 9.64555 12.031 9.07 3/6/2008 4:50 4.08 12.21 8.34 3/6/2008 4:58 10.9195 7.005 11.06 3/6/2008 5:22 3.22 12.94 8.923/6/2008 5:23 9.04863 8.029 10.54 3/6/2008 5:35 9.71654 12.026 9.15 3/6/2008 5:00 4.08 12.14 8.34 3/6/2008 5:08 10.8562 7.017 11.00 3/6/2008 5:32 3.22 12.95 8.923/6/2008 5:33 9.07783 7.976 10.57 3/6/2008 5:45 9.74076 12.019 9.17 3/6/2008 5:10 4.08 12.13 8.34 3/6/2008 5:18 10.7199 7.029 10.86 3/6/2008 5:42 3.23 12.95 8.933/6/2008 5:43 9.0787 7.946 10.57 3/6/2008 5:55 9.77625 12.011 9.20 3/6/2008 5:20 4.05 12.05 8.31 3/6/2008 5:28 10.6272 7.03 10.77 3/6/2008 5:52 3.23 12.93 8.933/6/2008 5:53 9.02294 7.938 10.51 3/6/2008 6:05 9.80075 12.003 9.23 3/6/2008 5:30 4 11.9 8.26 3/6/2008 5:38 10.5281 7.03 10.67 3/6/2008 6:02 3.23 12.94 8.933/6/2008 6:03 8.94085 7.928 10.43 3/6/2008 6:15 9.80948 11.996 9.24 3/6/2008 5:40 3.98 11.83 8.24 3/6/2008 5:48 10.3997 7.028 10.54 3/6/2008 6:12 3.25 12.93 8.953/6/2008 6:13 8.85453 7.92 10.34 3/6/2008 6:25 9.79933 11.986 9.23 3/6/2008 5:50 3.91 11.78 8.17 3/6/2008 5:58 10.2541 7.029 10.40 3/6/2008 6:22 3.25 12.97 8.953/6/2008 6:23 8.73587 7.945 10.23 3/6/2008 6:35 9.79876 11.977 9.23 3/6/2008 6:00 3.79 11.67 8.05 3/6/2008 6:08 10.1316 7.038 10.28 3/6/2008 6:32 3.24 12.94 8.943/6/2008 6:33 8.61831 7.954 10.11 3/6/2008 6:45 9.77621 11.964 9.20 3/6/2008 6:10 3.75 11.55 8.01 3/6/2008 6:18 9.98606 7.052 10.13 3/6/2008 6:42 3.23 12.9 8.933/6/2008 6:43 8.48697 7.969 9.98 3/6/2008 6:55 9.72803 11.956 9.16 3/6/2008 6:20 3.65 11.45 7.91 3/6/2008 6:28 9.80669 7.069 9.95 3/6/2008 6:52 3.22 12.91 8.923/6/2008 6:53 8.34787 7.984 9.84 3/6/2008 7:05 9.70154 11.943 9.13 3/6/2008 6:30 3.49 11.35 7.75 3/6/2008 6:38 9.62647 7.068 9.77 3/6/2008 7:02 3.24 12.93 8.943/6/2008 7:03 8.20172 8.004 9.69 3/6/2008 7:15 9.67083 11.931 9.10 3/6/2008 6:40 3.4 11.31 7.66 3/6/2008 6:48 9.424 7.075 9.57 3/6/2008 7:12 3.25 12.92 8.953/6/2008 7:13 8.05747 8.027 9.55 3/6/2008 7:25 9.63588 11.917 9.06 3/6/2008 6:50 3.23 11.3 7.49 3/6/2008 6:58 9.23055 7.074 9.37 3/6/2008 7:22 3.24 12.93 8.943/6/2008 7:23 7.89467 8.047 9.38 3/6/2008 7:35 9.56713 11.9 9.00 3/6/2008 7:00 3.08 11.2 7.34 3/6/2008 7:08 9.04779 7.085 9.19 3/6/2008 7:32 3.25 12.93 8.953/6/2008 7:33 7.72807 8.064 9.22 3/6/2008 7:45 9.48402 11.884 8.91 3/6/2008 7:10 2.94 11.17 7.20 3/6/2008 7:18 8.8335 7.094 8.98 3/6/2008 7:42 3.27 12.94 8.973/6/2008 7:43 7.55858 8.085 9.05 3/6/2008 7:55 9.36005 11.864 8.79 3/6/2008 7:20 2.9 11.12 7.16 3/6/2008 7:28 8.60456 7.102 8.75 3/6/2008 7:52 3.28 12.91 8.983/6/2008 7:53 7.39093 8.102 8.88 3/6/2008 8:05 9.21243 11.846 8.64 3/6/2008 7:30 2.93 11.11 7.19 3/6/2008 7:38 8.35142 7.133 8.49 3/6/2008 8:02 3.25 12.91 8.953/6/2008 8:03 7.23221 8.115 8.72 3/6/2008 8:15 9.0648 11.827 8.49 3/6/2008 7:40 2.91 11.03 7.17 3/6/2008 7:48 8.07771 7.136 8.22 3/6/2008 8:12 3.27 12.91 8.973/6/2008 8:13 7.05902 8.127 8.55 3/6/2008 8:25 8.92984 11.8 8.36 3/6/2008 7:50 2.94 10.97 7.20 3/6/2008 7:58 7.77276 7.199 7.92 3/6/2008 8:22 3.28 12.89 8.983/6/2008 8:23 6.8563 8.144 8.35 3/6/2008 8:35 8.75008 11.736 8.18 3/6/2008 8:00 2.93 10.97 7.19 3/6/2008 8:08 7.46414 7.257 7.61 3/6/2008 8:32 3.26 12.91 8.963/6/2008 8:33 6.64547 8.135 8.13 3/6/2008 8:45 8.50491 11.605 7.93 3/6/2008 8:10 2.91 10.97 7.17 3/6/2008 8:18 7.16959 7.256 7.31 3/6/2008 8:42 3.26 12.9 8.963/6/2008 8:43 6.49113 8.039 7.98 3/6/2008 8:55 8.21039 11.349 7.64 3/6/2008 8:20 2.91 10.95 7.17 3/6/2008 8:28 6.87279 7.263 7.02 3/6/2008 8:52 3.27 12.92 8.973/6/2008 8:53 6.32591 7.953 7.82 3/6/2008 9:05 8.04965 11.039 7.48 3/6/2008 8:30 2.91 10.93 7.17 3/6/2008 8:38 6.61597 7.275 6.76 3/6/2008 9:02 3.26 12.91 8.963/6/2008 9:03 6.17291 7.897 7.66 3/6/2008 9:15 7.89497 10.95 7.32 3/6/2008 8:40 2.93 10.93 7.19 3/6/2008 8:48 6.3417 7.297 6.49 3/6/2008 9:12 3.25 12.9 8.953/6/2008 9:13 6.04263 7.87 7.53 3/6/2008 9:25 7.76204 10.993 7.19 3/6/2008 8:50 2.97 10.92 7.23 3/6/2008 8:58 6.09755 7.307 6.24 3/6/2008 9:22 3.25 12.91 8.953/6/2008 9:23 5.94075 7.844 7.43 3/6/2008 9:35 7.60715 11.069 7.04 3/6/2008 9:00 2.94 10.88 7.20 3/6/2008 9:08 5.84693 7.306 5.99 3/6/2008 9:32 3.27 12.92 8.973/6/2008 9:33 5.83944 7.833 7.33 3/6/2008 9:45 7.47197 11.122 6.90 3/6/2008 9:10 2.93 10.89 7.19 3/6/2008 9:18 5.64615 7.309 5.79 3/6/2008 9:42 3.26 12.9 8.963/6/2008 9:43 5.72385 7.851 7.21 3/6/2008 9:55 7.35876 11.178 6.79 3/6/2008 9:20 2.93 10.88 7.19 3/6/2008 9:28 5.45185 7.292 5.60 3/6/2008 9:52 3.26 12.9 8.963/6/2008 9:53 5.61438 7.896 7.10 3/6/2008 10:05 7.23992 11.241 6.67 3/6/2008 9:30 2.91 10.88 7.17 3/6/2008 9:38 5.28148 7.285 5.42 3/6/2008 10:02 3.25 12.93 8.953/6/2008 10:03 5.51462 7.924 7.00 3/6/2008 10:15 7.15517 11.306 6.58 3/6/2008 9:40 2.93 10.86 7.19 3/6/2008 9:48 5.15814 7.283 5.30 3/6/2008 10:12 3.24 12.93 8.943/6/2008 10:13 5.42778 7.888 6.92 3/6/2008 10:25 7.04985 11.37 6.48 3/6/2008 9:50 2.93 10.83 7.19 3/6/2008 9:58 5.03311 7.279 5.18 3/6/2008 10:22 3.25 12.93 8.953/6/2008 10:23 5.3408 7.914 6.83 3/6/2008 10:35 6.96987 11.426 6.40 3/6/2008 10:00 2.9 10.82 7.16 3/6/2008 10:08 4.97425 7.276 5.12 3/6/2008 10:32 3.25 12.91 8.953/6/2008 10:33 5.24816 7.954 6.74 3/6/2008 10:45 6.91638 11.481 6.34 3/6/2008 10:10 2.93 10.83 7.19 3/6/2008 10:18 4.93764 7.278 5.08 3/6/2008 10:42 3.26 12.92 8.963/6/2008 10:43 5.16392 7.984 6.65 3/6/2008 10:55 6.86484 11.52 6.29 3/6/2008 10:20 2.91 10.85 7.17 3/6/2008 10:28 4.89822 7.288 5.04 3/6/2008 10:52 3.25 12.92 8.953/6/2008 10:53 5.08451 8.011 6.57 3/6/2008 11:05 6.84768 11.562 6.28 3/6/2008 10:30 2.91 10.81 7.17 3/6/2008 10:38 4.90301 7.291 5.05 3/6/2008 11:02 3.26 12.94 8.963/6/2008 11:03 5.01774 8.036 6.51 3/6/2008 10:40 2.93 10.82 7.19 3/6/2008 10:48 4.94835 7.3 5.09 3/6/2008 11:12 3.26 12.92 8.96

3/6/2008 10:50 2.97 10.83 7.23 3/6/2008 11:22 3.25 12.91 8.95

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6.25 -8.349.49 11.319.24 -0.830.25 12.149.42 6.54

Date and time Level Temp Elevation Date and time Level Temp Elevation

3/4/2008 14:34 3.20038 12.447 9.45 3/4/2008 13:17 17.1064 8.227 8.773/4/2008 14:44 3.20024 11.839 9.45 3/4/2008 13:27 17.2153 7.797 8.883/4/2008 14:54 3.20027 11.653 9.45 3/4/2008 13:37 17.2767 7.75 8.943/4/2008 15:04 3.19793 11.524 9.44 3/4/2008 13:47 17.3231 7.754 8.993/4/2008 15:14 3.19504 11.435 9.44 3/4/2008 13:57 17.3702 7.76 9.033/4/2008 15:24 3.19578 11.379 9.44 3/4/2008 14:07 17.3879 7.767 9.053/4/2008 15:34 3.19944 11.34 9.44 3/4/2008 14:17 17.3668 7.774 9.033/4/2008 15:44 3.19933 11.315 9.44 3/4/2008 14:27 17.3254 7.777 8.993/4/2008 15:54 3.19623 11.297 9.44 3/4/2008 14:37 17.2626 7.784 8.923/4/2008 16:04 3.19641 11.286 9.44 3/4/2008 14:47 17.1443 7.786 8.813/4/2008 16:14 3.19567 11.277 9.44 3/4/2008 14:57 17.0576 7.79 8.723/4/2008 16:24 3.19465 11.269 9.44 3/4/2008 15:07 16.9162 7.791 8.583/4/2008 16:34 3.19472 11.265 9.44 3/4/2008 15:17 16.7974 7.792 8.463/4/2008 16:44 3.19574 11.261 9.44 3/4/2008 15:27 16.6532 7.793 8.323/4/2008 16:54 3.19472 11.259 9.44 3/4/2008 15:37 16.4747 7.787 8.143/4/2008 17:04 3.19623 11.256 9.44 3/4/2008 15:47 16.2632 7.781 7.933/4/2008 17:14 3.20014 11.255 9.45 3/4/2008 15:57 16.0227 7.77 7.683/4/2008 17:24 3.1956 11.253 9.44 3/4/2008 16:07 15.7523 7.76 7.413/4/2008 17:34 3.19574 11.252 9.44 3/4/2008 16:17 15.4721 7.731 7.133/4/2008 17:44 3.1951 11.251 9.44 3/4/2008 16:27 15.222 7.649 6.883/4/2008 17:54 3.195 11.25 9.44 3/4/2008 16:37 14.9059 7.479 6.573/4/2008 18:04 3.1913 11.249 9.44 3/4/2008 16:47 14.6087 7.313 6.273/4/2008 18:14 3.19278 11.248 9.44 3/4/2008 16:57 14.2441 6.941 5.913/4/2008 18:24 3.19493 11.248 9.44 3/4/2008 17:07 13.8993 6.697 5.563/4/2008 18:34 3.19715 11.247 9.44 3/4/2008 17:17 13.6101 6.655 5.273/4/2008 18:44 3.1976 11.247 9.44 3/4/2008 17:27 13.23 6.651 4.893/4/2008 18:54 3.19662 11.246 9.44 3/4/2008 17:37 12.9157 6.633 4.583/4/2008 19:04 3.1943 11.245 9.44 3/4/2008 17:47 12.5519 6.644 4.213/4/2008 19:14 3.19334 11.245 9.44 3/4/2008 17:57 12.1169 6.648 3.783/4/2008 19:24 3.19098 11.244 9.44 3/4/2008 18:07 11.7418 6.645 3.403/4/2008 19:34 3.18989 11.243 9.44 3/4/2008 18:17 11.3751 6.643 3.043/4/2008 19:44 3.18764 11.244 9.43 3/4/2008 18:27 10.9975 6.64 2.663/4/2008 19:54 3.18535 11.243 9.43 3/4/2008 18:37 10.6081 6.634 2.273/4/2008 20:04 3.18743 11.242 9.43 3/4/2008 18:47 10.2854 6.615 1.953/4/2008 20:14 3.18951 11.242 9.44 3/4/2008 18:57 9.95704 6.603 1.623/4/2008 20:24 3.19577 11.242 9.44 3/4/2008 19:07 9.61406 6.595 1.283/4/2008 20:34 3.19789 11.242 9.44 3/4/2008 19:17 9.25925 6.584 0.923/4/2008 20:44 3.19972 11.242 9.45 3/4/2008 19:27 9.00046 6.557 0.663/4/2008 20:54 3.20113 11.24 9.45 3/4/2008 19:37 8.72534 6.539 0.393/4/2008 21:04 3.2037 11.24 9.45 3/4/2008 19:47 8.49472 6.519 0.163/4/2008 21:14 3.20563 11.241 9.45 3/4/2008 19:57 8.30154 6.498 -0.043/4/2008 21:24 3.20799 11.24 9.45 3/4/2008 20:07 8.17173 6.471 -0.173/4/2008 21:34 3.20725 11.24 9.45 3/4/2008 20:17 8.00699 6.448 -0.333/4/2008 21:44 3.21003 11.24 9.46 3/4/2008 20:27 7.89182 6.428 -0.453/4/2008 21:54 3.20915 11.24 9.45 3/4/2008 20:37 7.831 6.409 -0.513/4/2008 22:04 3.21162 11.239 9.46 3/4/2008 20:47 7.82001 6.393 -0.523/4/2008 22:14 3.21736 11.238 9.46 3/4/2008 20:57 7.79861 6.383 -0.543/4/2008 22:24 3.21996 11.238 9.47 3/4/2008 21:07 7.85211 6.369 -0.493/4/2008 22:34 3.21782 11.238 9.46 3/4/2008 21:17 7.92926 6.356 -0.41

Transducer conversion (additive)MaxMin

FluctuationAverage (1st low-2nd low)

MinFluctuation

Average (1st low-2nd low)

MW-10 STILLING WELLTransducer conversion (additive)

Max

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6.25 -8.349.49 11.319.24 -0.830.25 12.149.42 6.54

Date and time Level Temp Elevation Date and time Level Temp Elevation

Transducer conversion (additive)MaxMin

FluctuationAverage (1st low-2nd low)

MinFluctuation

Average (1st low-2nd low)

MW-10 STILLING WELLTransducer conversion (additive)

Max

3/4/2008 22:44 3.21954 11.238 9.47 3/4/2008 21:27 8.04442 6.35 -0.293/4/2008 22:54 3.2181 11.237 9.46 3/4/2008 21:37 8.22773 6.347 -0.113/4/2008 23:04 3.21817 11.237 9.46 3/4/2008 21:47 8.37191 6.341 0.033/4/2008 23:14 3.22024 11.237 9.47 3/4/2008 21:57 8.61492 6.333 0.283/4/2008 23:24 3.22373 11.236 9.47 3/4/2008 22:07 8.86721 6.324 0.533/4/2008 23:34 3.22458 11.236 9.47 3/4/2008 22:17 9.11726 6.301 0.783/4/2008 23:44 3.22633 11.236 9.47 3/4/2008 22:27 9.34703 6.296 1.013/4/2008 23:54 3.2251 11.235 9.47 3/4/2008 22:37 9.58188 6.296 1.243/5/2008 0:04 3.22648 11.235 9.47 3/4/2008 22:47 9.84544 6.297 1.513/5/2008 0:14 3.22764 11.235 9.47 3/4/2008 22:57 10.1645 6.304 1.833/5/2008 0:24 3.22841 11.235 9.47 3/4/2008 23:07 10.568 6.309 2.233/5/2008 0:34 3.22954 11.234 9.48 3/4/2008 23:17 10.878 6.318 2.543/5/2008 0:44 3.23014 11.234 9.48 3/4/2008 23:27 11.3398 6.363 3.003/5/2008 0:54 3.23289 11.234 9.48 3/4/2008 23:37 11.7271 6.428 3.393/5/2008 1:04 3.23644 11.233 9.48 3/4/2008 23:47 12.1737 6.478 3.843/5/2008 1:14 3.23729 11.234 9.48 3/4/2008 23:57 12.5637 6.555 4.233/5/2008 1:24 3.2351 11.234 9.48 3/5/2008 0:07 13.0132 6.799 4.683/5/2008 1:34 3.23493 11.233 9.48 3/5/2008 0:17 13.461 6.962 5.123/5/2008 1:44 3.23401 11.233 9.48 3/5/2008 0:27 13.9382 7.21 5.603/5/2008 1:54 3.23362 11.233 9.48 3/5/2008 0:37 14.3613 7.438 6.023/5/2008 2:04 3.23193 11.232 9.48 3/5/2008 0:47 14.7669 7.585 6.433/5/2008 2:14 3.22947 11.232 9.48 3/5/2008 0:57 15.213 7.629 6.873/5/2008 2:24 3.22493 11.232 9.47 3/5/2008 1:07 15.6472 7.65 7.313/5/2008 2:34 3.22391 11.232 9.47 3/5/2008 1:17 16.0758 7.656 7.743/5/2008 2:44 3.21968 11.232 9.47 3/5/2008 1:27 16.4321 7.665 8.093/5/2008 2:54 3.21838 11.23 9.46 3/5/2008 1:37 16.8193 7.677 8.483/5/2008 3:04 3.21672 11.231 9.46 3/5/2008 1:47 17.2054 7.703 8.873/5/2008 3:14 3.2125 11.231 9.46 3/5/2008 1:57 17.5253 7.73 9.193/5/2008 3:24 3.21204 11.231 9.46 3/5/2008 2:07 17.8249 7.74 9.493/5/2008 3:34 3.21046 11.23 9.46 3/5/2008 2:17 18.0795 7.75 9.743/5/2008 3:44 3.20901 11.23 9.45 3/5/2008 2:27 18.3082 7.761 9.973/5/2008 3:54 3.21299 11.23 9.46 3/5/2008 2:37 18.5766 7.78 10.243/5/2008 4:04 3.21461 11.231 9.46 3/5/2008 2:47 18.7853 7.8 10.453/5/2008 4:14 3.21545 11.23 9.46 3/5/2008 2:57 18.9956 7.8 10.663/5/2008 4:24 3.21545 11.23 9.46 3/5/2008 3:07 19.1145 7.8 10.783/5/2008 4:34 3.21373 11.231 9.46 3/5/2008 3:17 19.2648 7.802 10.933/5/2008 4:44 3.21623 11.231 9.46 3/5/2008 3:27 19.4135 7.804 11.083/5/2008 4:54 3.22172 11.23 9.47 3/5/2008 3:37 19.4456 7.805 11.113/5/2008 5:04 3.22215 11.23 9.47 3/5/2008 3:47 19.5183 7.807 11.183/5/2008 5:14 3.22655 11.23 9.47 3/5/2008 3:57 19.5856 7.809 11.253/5/2008 5:24 3.22838 11.23 9.47 3/5/2008 4:07 19.5848 7.811 11.253/5/2008 5:34 3.23063 11.23 9.48 3/5/2008 4:17 19.5977 7.813 11.263/5/2008 5:44 3.22926 11.23 9.47 3/5/2008 4:27 19.5577 7.813 11.223/5/2008 5:54 3.22609 11.23 9.47 3/5/2008 4:37 19.4986 7.815 11.163/5/2008 6:04 3.22588 11.23 9.47 3/5/2008 4:47 19.4366 7.818 11.103/5/2008 6:14 3.22862 11.23 9.47 3/5/2008 4:57 19.342 7.822 11.003/5/2008 6:24 3.23186 11.23 9.48 3/5/2008 5:07 19.2629 7.823 10.923/5/2008 6:34 3.23148 11.23 9.48 3/5/2008 5:17 19.1136 7.827 10.783/5/2008 6:44 3.2275 11.23 9.47 3/5/2008 5:27 19.0044 7.83 10.67

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6.25 -8.349.49 11.319.24 -0.830.25 12.149.42 6.54

Date and time Level Temp Elevation Date and time Level Temp Elevation

Transducer conversion (additive)MaxMin

FluctuationAverage (1st low-2nd low)

MinFluctuation

Average (1st low-2nd low)

MW-10 STILLING WELLTransducer conversion (additive)

Max

3/5/2008 6:54 3.2251 11.23 9.47 3/5/2008 5:37 18.8304 7.829 10.493/5/2008 7:04 3.22472 11.23 9.47 3/5/2008 5:47 18.6763 7.833 10.343/5/2008 7:14 3.22352 11.23 9.47 3/5/2008 5:57 18.5279 7.83 10.193/5/2008 7:24 3.22236 11.23 9.47 3/5/2008 6:07 18.3313 7.828 9.993/5/2008 7:34 3.22303 11.23 9.47 3/5/2008 6:17 18.1531 7.824 9.823/5/2008 7:44 3.2232 11.23 9.47 3/5/2008 6:27 17.983 7.823 9.643/5/2008 7:54 3.2237 11.229 9.47 3/5/2008 6:37 17.7639 7.82 9.433/5/2008 8:04 3.22708 11.229 9.47 3/5/2008 6:47 17.5268 7.818 9.193/5/2008 8:14 3.23112 11.229 9.48 3/5/2008 6:57 17.3232 7.811 8.993/5/2008 8:24 3.23341 11.23 9.48 3/5/2008 7:07 17.0852 7.801 8.753/5/2008 8:34 3.23546 11.23 9.48 3/5/2008 7:17 16.8154 7.782 8.483/5/2008 8:44 3.23679 11.228 9.48 3/5/2008 7:27 16.5577 7.769 8.223/5/2008 8:54 3.23721 11.229 9.48 3/5/2008 7:37 16.3169 7.729 7.983/5/2008 9:04 3.24091 11.228 9.49 3/5/2008 7:47 16.0702 7.698 7.733/5/2008 9:14 3.24211 11.228 9.49 3/5/2008 7:57 15.8506 7.701 7.513/5/2008 9:24 3.24422 11.227 9.49 3/5/2008 8:07 15.6247 7.655 7.293/5/2008 9:34 3.24158 11.227 9.49 3/5/2008 8:17 15.3997 7.645 7.063/5/2008 9:44 3.24214 11.227 9.49 3/5/2008 8:27 15.2025 7.61 6.863/5/2008 9:54 3.23957 11.227 9.49 3/5/2008 8:37 15.0166 7.547 6.68

3/5/2008 10:04 3.2388 11.227 9.48 3/5/2008 8:47 14.8099 7.459 6.473/5/2008 10:14 3.2375 11.228 9.48 3/5/2008 8:57 14.693 7.401 6.353/5/2008 10:24 3.23377 11.228 9.48 3/5/2008 9:07 14.5997 7.296 6.263/5/2008 10:34 3.22739 11.227 9.47 3/5/2008 9:17 14.5075 7.158 6.173/5/2008 10:44 3.21704 11.228 9.46 3/5/2008 9:27 14.4061 7.091 6.073/5/2008 10:54 3.20229 11.228 9.45 3/5/2008 9:37 14.4036 7.078 6.073/5/2008 11:04 3.19419 11.228 9.44 3/5/2008 9:47 14.4244 7.061 6.093/5/2008 11:14 3.19017 11.227 9.44 3/5/2008 9:57 14.385 7.022 6.053/5/2008 11:24 3.19095 11.228 9.44 3/5/2008 10:07 14.3616 6.971 6.023/5/2008 11:34 3.18743 11.227 9.43 3/5/2008 10:17 14.4297 6.933 6.093/5/2008 11:44 3.18943 11.228 9.43 3/5/2008 10:27 14.5407 6.992 6.203/5/2008 11:54 3.19144 11.228 9.44 3/5/2008 10:37 14.5832 7.017 6.253/5/2008 12:04 3.18602 11.226 9.43 3/5/2008 10:47 14.6497 7.071 6.313/5/2008 12:14 3.17387 11.226 9.42 3/5/2008 10:57 14.706 7.089 6.373/5/2008 12:24 3.16405 11.226 9.41 3/5/2008 11:07 14.8376 7.21 6.503/5/2008 12:34 3.16031 11.227 9.41 3/5/2008 11:17 14.9954 7.316 6.663/5/2008 12:44 3.1532 11.227 9.40 3/5/2008 11:27 15.1878 7.52 6.853/5/2008 12:54 3.15324 11.226 9.40 3/5/2008 11:37 15.3045 7.585 6.973/5/2008 13:04 3.14933 11.227 9.39 3/5/2008 11:47 15.4771 7.619 7.143/5/2008 13:14 3.1501 11.226 9.40 3/5/2008 11:57 15.6562 7.648 7.323/5/2008 13:24 3.14605 11.226 9.39 3/5/2008 12:07 15.8582 7.681 7.523/5/2008 13:34 3.14342 11.226 9.39 3/5/2008 12:17 15.9815 7.708 7.643/5/2008 13:44 3.13732 11.226 9.38 3/5/2008 12:27 16.1573 7.726 7.823/5/2008 13:54 3.13222 11.227 9.38 3/5/2008 12:37 16.2964 7.734 7.963/5/2008 14:04 3.12986 11.225 9.38 3/5/2008 12:47 16.4727 7.743 8.133/5/2008 14:14 3.13109 11.225 9.38 3/5/2008 12:57 16.6498 7.759 8.313/5/2008 14:24 3.1301 11.225 9.38 3/5/2008 13:07 16.7819 7.764 8.443/5/2008 14:34 3.12958 11.225 9.38 3/5/2008 13:17 16.9799 7.767 8.643/5/2008 14:44 3.12887 11.225 9.37 3/5/2008 13:27 17.1378 7.771 8.803/5/2008 14:54 3.1262 11.225 9.37 3/5/2008 13:37 17.3437 7.777 9.01

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6.25 -8.349.49 11.319.24 -0.830.25 12.149.42 6.54

Date and time Level Temp Elevation Date and time Level Temp Elevation

Transducer conversion (additive)MaxMin

FluctuationAverage (1st low-2nd low)

MinFluctuation

Average (1st low-2nd low)

MW-10 STILLING WELLTransducer conversion (additive)

Max

3/5/2008 15:04 3.12084 11.224 9.37 3/5/2008 13:47 17.533 7.782 9.193/5/2008 15:14 3.11898 11.224 9.36 3/5/2008 13:57 17.6402 7.789 9.303/5/2008 15:24 3.11648 11.226 9.36 3/5/2008 14:07 17.7653 7.794 9.433/5/2008 15:34 3.11201 11.225 9.36 3/5/2008 14:17 17.9019 7.797 9.563/5/2008 15:44 3.10993 11.225 9.36 3/5/2008 14:27 17.9734 7.798 9.643/5/2008 15:54 3.10725 11.225 9.35 3/5/2008 14:37 18.0086 7.801 9.673/5/2008 16:04 3.10197 11.225 9.35 3/5/2008 14:47 18.0165 7.8 9.683/5/2008 16:14 3.09919 11.225 9.34 3/5/2008 14:57 18.0094 7.799 9.673/5/2008 16:24 3.09774 11.224 9.34 3/5/2008 15:07 18.0286 7.799 9.693/5/2008 16:34 3.09658 11.224 9.34 3/5/2008 15:17 18.0002 7.802 9.663/5/2008 16:44 3.0957 11.225 9.34 3/5/2008 15:27 17.9267 7.807 9.593/5/2008 16:54 3.09345 11.225 9.34 3/5/2008 15:37 17.8236 7.814 9.493/5/2008 17:04 3.08972 11.224 9.34 3/5/2008 15:47 17.6749 7.82 9.343/5/2008 17:14 3.08525 11.225 9.33 3/5/2008 15:57 17.5012 7.823 9.163/5/2008 17:24 3.0857 11.225 9.33 3/5/2008 16:07 17.2947 7.825 8.963/5/2008 17:34 3.08859 11.224 9.33 3/5/2008 16:17 17.1176 7.826 8.783/5/2008 17:44 3.08993 11.224 9.34 3/5/2008 16:27 16.8478 7.824 8.513/5/2008 17:54 3.09028 11.224 9.34 3/5/2008 16:37 16.6406 7.818 8.303/5/2008 18:04 3.08905 11.224 9.33 3/5/2008 16:47 16.393 7.805 8.053/5/2008 18:14 3.08729 11.224 9.33 3/5/2008 16:57 16.0908 7.79 7.753/5/2008 18:24 3.08335 11.224 9.33 3/5/2008 17:07 15.7757 7.789 7.443/5/2008 18:34 3.08581 11.224 9.33 3/5/2008 17:17 15.4415 7.785 7.103/5/2008 18:44 3.08813 11.223 9.33 3/5/2008 17:27 15.1277 7.774 6.793/5/2008 18:54 3.0887 11.224 9.33 3/5/2008 17:37 14.776 7.761 6.443/5/2008 19:04 3.08838 11.223 9.33 3/5/2008 17:47 14.4198 7.725 6.083/5/2008 19:14 3.08813 11.223 9.33 3/5/2008 17:57 13.9929 7.436 5.653/5/2008 19:24 3.0849 11.222 9.33 3/5/2008 18:07 13.6303 7.012 5.293/5/2008 19:34 3.0844 11.222 9.33 3/5/2008 18:17 13.2098 6.827 4.873/5/2008 19:44 3.08046 11.222 9.33 3/5/2008 18:27 12.8178 6.783 4.483/5/2008 19:54 3.08116 11.221 9.33 3/5/2008 18:37 12.379 6.7 4.043/5/2008 20:04 3.08028 11.222 9.33 3/5/2008 18:47 11.9397 6.642 3.603/5/2008 20:14 3.07493 11.222 9.32 3/5/2008 18:57 11.6086 6.613 3.273/5/2008 20:24 3.07465 11.222 9.32 3/5/2008 19:07 11.1718 6.588 2.833/5/2008 20:34 3.07697 11.221 9.32 3/5/2008 19:17 10.7283 6.555 2.393/5/2008 20:44 3.07767 11.221 9.32 3/5/2008 19:27 10.336 6.529 2.003/5/2008 20:54 3.07623 11.221 9.32 3/5/2008 19:37 9.98798 6.512 1.653/5/2008 21:04 3.06993 11.22 9.32 3/5/2008 19:47 9.60305 6.501 1.273/5/2008 21:14 3.07137 11.221 9.32 3/5/2008 19:57 9.22938 6.488 0.893/5/2008 21:24 3.06912 11.221 9.31 3/5/2008 20:07 8.92863 6.466 0.593/5/2008 21:34 3.06363 11.221 9.31 3/5/2008 20:17 8.62817 6.437 0.293/5/2008 21:44 3.06011 11.221 9.31 3/5/2008 20:27 8.40008 6.4 0.063/5/2008 21:54 3.05919 11.22 9.30 3/5/2008 20:37 8.12665 6.35 -0.213/5/2008 22:04 3.05662 11.221 9.30 3/5/2008 20:47 7.97599 6.311 -0.363/5/2008 22:14 3.05299 11.22 9.30 3/5/2008 20:57 7.858 6.267 -0.483/5/2008 22:24 3.0538 11.22 9.30 3/5/2008 21:07 7.72819 6.238 -0.613/5/2008 22:34 3.05535 11.22 9.30 3/5/2008 21:17 7.58823 6.212 -0.753/5/2008 22:44 3.05454 11.219 9.30 3/5/2008 21:27 7.52628 6.189 -0.813/5/2008 22:54 3.05148 11.22 9.30 3/5/2008 21:37 7.50797 6.16 -0.833/5/2008 23:04 3.05334 11.219 9.30 3/5/2008 21:47 7.5916 6.129 -0.75

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6.25 -8.349.49 11.319.24 -0.830.25 12.149.42 6.54

Date and time Level Temp Elevation Date and time Level Temp Elevation

Transducer conversion (additive)MaxMin

FluctuationAverage (1st low-2nd low)

MinFluctuation

Average (1st low-2nd low)

MW-10 STILLING WELLTransducer conversion (additive)

Max

3/5/2008 23:14 3.055 11.219 9.30 3/5/2008 21:57 7.6558 6.116 -0.683/5/2008 23:24 3.05472 11.218 9.30 3/5/2008 22:07 7.7811 6.106 -0.563/5/2008 23:34 3.05352 11.219 9.30 3/5/2008 22:17 7.96188 6.102 -0.383/5/2008 23:44 3.0524 11.219 9.30 3/5/2008 22:27 8.16152 6.101 -0.183/5/2008 23:54 3.04944 11.219 9.29 3/5/2008 22:37 8.41466 6.104 0.083/6/2008 0:04 3.04968 11.217 9.30 3/5/2008 22:47 8.63345 6.104 0.303/6/2008 0:14 3.0443 11.218 9.29 3/5/2008 22:57 8.89814 6.084 0.563/6/2008 0:24 3.04113 11.217 9.29 3/5/2008 23:07 9.17522 6.076 0.843/6/2008 0:34 3.03468 11.218 9.28 3/5/2008 23:17 9.52551 6.074 1.193/6/2008 0:44 3.03134 11.218 9.28 3/5/2008 23:27 9.83244 6.083 1.493/6/2008 0:54 3.03257 11.217 9.28 3/5/2008 23:37 10.1639 6.09 1.833/6/2008 1:04 3.0343 11.217 9.28 3/5/2008 23:47 10.5023 6.103 2.163/6/2008 1:14 3.03549 11.217 9.28 3/5/2008 23:57 10.9315 6.128 2.593/6/2008 1:24 3.03627 11.216 9.28 3/6/2008 0:07 11.362 6.169 3.023/6/2008 1:34 3.03507 11.216 9.28 3/6/2008 0:17 11.7577 6.258 3.423/6/2008 1:44 3.03338 11.216 9.28 3/6/2008 0:27 12.2412 6.398 3.903/6/2008 1:54 3.03085 11.216 9.28 3/6/2008 0:37 12.6665 6.57 4.333/6/2008 2:04 3.02968 11.215 9.28 3/6/2008 0:47 13.1591 6.884 4.823/6/2008 2:14 3.02595 11.216 9.27 3/6/2008 0:57 13.6132 7.184 5.283/6/2008 2:24 3.0218 11.215 9.27 3/6/2008 1:07 14.0929 7.374 5.753/6/2008 2:34 3.01486 11.216 9.26 3/6/2008 1:17 14.563 7.524 6.223/6/2008 2:44 3.00866 11.214 9.25 3/6/2008 1:27 15.0922 7.615 6.753/6/2008 2:54 3.00401 11.216 9.25 3/6/2008 1:37 15.5216 7.646 7.183/6/2008 3:04 2.99845 11.215 9.24 3/6/2008 1:47 15.9536 7.659 7.623/6/2008 3:14 2.99201 11.216 9.24 3/6/2008 1:57 16.3543 7.665 8.023/6/2008 3:24 2.99289 11.216 9.24 3/6/2008 2:07 16.7731 7.676 8.443/6/2008 3:34 2.99233 11.216 9.24 3/6/2008 2:17 17.1293 7.689 8.793/6/2008 3:44 2.99423 11.216 9.24 3/6/2008 2:27 17.4737 7.698 9.143/6/2008 3:54 2.99768 11.215 9.24 3/6/2008 2:37 17.8058 7.702 9.47

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Page 41: Appendix A Well Boring Logs - T-117t117.com/documents/gw/q1/q1gw_monitrpt_apxa-b.pdfAppendix A Well Boring Logs . Well Completion Groundwater DP = Direct Push Sample Type Sample (ft.)

6.25 -8.349.49 11.319.24 -0.830.25 12.149.42 6.54

Date and time Level Temp Elevation Date and time Level Temp Elevation

Transducer conversion (additive)MaxMin

FluctuationAverage (1st low-2nd low)

MinFluctuation

Average (1st low-2nd low)

MW-10 STILLING WELLTransducer conversion (additive)

Max

3/6/2008 4:04 2.99782 11.214 9.24 3/6/2008 2:47 18.0953 7.709 9.763/6/2008 4:14 3.00014 11.213 9.25 3/6/2008 2:57 18.3481 7.72 10.013/6/2008 4:24 3.00201 11.214 9.25 3/6/2008 3:07 18.5994 7.736 10.263/6/2008 4:34 3.00138 11.214 9.25 3/6/2008 3:17 18.8092 7.752 10.473/6/2008 4:44 3.0043 11.213 9.25 3/6/2008 3:27 19.0125 7.756 10.673/6/2008 4:54 3.00366 11.214 9.25 3/6/2008 3:37 19.191 7.757 10.853/6/2008 5:04 3.01165 11.214 9.26 3/6/2008 3:47 19.3293 7.76 10.993/6/2008 5:14 3.00919 11.213 9.25 3/6/2008 3:57 19.4757 7.771 11.143/6/2008 5:24 3.00475 11.213 9.25 3/6/2008 4:07 19.536 7.779 11.203/6/2008 5:34 3.00902 11.214 9.25 3/6/2008 4:17 19.5847 7.781 11.253/6/2008 5:44 3.01447 11.214 9.26 3/6/2008 4:27 19.6447 7.785 11.313/6/2008 5:54 3.0207 11.212 9.27 3/6/2008 4:37 19.6132 7.787 11.283/6/2008 6:04 3.02208 11.213 9.27 3/6/2008 4:47 19.6225 7.788 11.283/6/2008 6:14 3.02472 11.212 9.27 3/6/2008 4:57 19.5346 7.791 11.203/6/2008 6:24 3.02042 11.214 9.27 3/6/2008 5:07 19.4285 7.796 11.093/6/2008 6:34 3.01807 11.215 9.26 3/6/2008 5:17 19.2609 7.799 10.923/6/2008 6:44 3.01884 11.214 9.26 3/6/2008 5:27 19.1868 7.802 10.853/6/2008 6:54 3.02078 11.214 9.27 3/6/2008 5:37 19.0765 7.805 10.743/6/2008 7:04 3.02458 11.214 9.27 3/6/2008 5:47 18.9379 7.806 10.603/6/2008 7:14 3.03021 11.213 9.28 3/6/2008 5:57 18.7644 7.807 10.433/6/2008 7:24 3.03363 11.215 9.28 3/6/2008 6:07 18.6315 7.805 10.293/6/2008 7:34 3.04007 11.213 9.29 3/6/2008 6:17 18.4589 7.804 10.123/6/2008 7:44 3.04972 11.213 9.30 3/6/2008 6:27 18.297 7.803 9.963/6/2008 7:54 3.04982 11.137 9.30 3/6/2008 6:37 18.063 7.803 9.723/6/2008 8:04 3.05134 11.152 9.30 3/6/2008 6:47 17.8419 7.8 9.503/6/2008 8:14 3.05405 11.173 9.30 3/6/2008 6:57 17.5915 7.794 9.253/6/2008 8:24 3.05556 11.186 9.30 3/6/2008 7:07 17.3772 7.785 9.043/6/2008 8:34 3.05599 11.195 9.30 3/6/2008 7:17 17.1148 7.774 8.783/6/2008 8:44 3.05525 11.201 9.30 3/6/2008 7:27 16.8255 7.769 8.493/6/2008 8:54 3.05401 11.205 9.30 3/6/2008 7:37 16.5552 7.75 8.223/6/2008 9:04 3.05254 11.206 9.30 3/6/2008 7:47 16.2105 7.718 7.873/6/2008 9:14 3.04968 11.209 9.30 3/6/2008 7:57 15.89 7.69 7.553/6/2008 9:24 3.05246 11.21 9.30 3/6/2008 8:07 15.5616 7.664 7.223/6/2008 9:34 3.05144 11.21 9.30 3/6/2008 8:17 15.253 7.634 6.913/6/2008 9:44 3.05211 11.21 9.30 3/6/2008 8:27 14.966 7.602 6.633/6/2008 9:54 3.04715 11.208 9.29 3/6/2008 8:37 14.6866 7.527 6.35

3/6/2008 10:04 3.04222 11.21 9.29 3/6/2008 8:47 14.4317 7.451 6.093/6/2008 10:14 3.04232 11.212 9.29 3/6/2008 8:57 14.175 7.191 5.843/6/2008 10:24 3.04394 11.212 9.29 3/6/2008 9:07 13.9274 7.062 5.593/6/2008 10:34 3.04292 11.211 9.29 3/6/2008 9:17 13.7425 6.749 5.403/6/2008 10:44 3.04285 11.212 9.29 3/6/2008 9:27 13.562 6.633 5.223/6/2008 10:54 3.04352 11.21 9.29 3/6/2008 9:37 13.4214 6.516 5.083/6/2008 11:04 3.0437 11.21 9.29 3/6/2008 9:47 13.3248 6.34 4.993/6/2008 11:14 3.045 11.211 9.29 3/6/2008 9:57 13.2003 6.298 4.863/6/2008 11:24 3.04662 11.21 9.29 3/6/2008 10:07 13.1558 6.261 4.823/6/2008 11:34 3.04905 11.209 9.29 3/6/2008 10:17 13.1561 6.269 4.823/6/2008 11:44 3.04841 11.211 9.29 3/6/2008 10:27 13.1358 6.25 4.803/6/2008 11:54 3.0493 11.21 9.29 3/6/2008 10:37 13.1645 6.262 4.83

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Page 42: Appendix A Well Boring Logs - T-117t117.com/documents/gw/q1/q1gw_monitrpt_apxa-b.pdfAppendix A Well Boring Logs . Well Completion Groundwater DP = Direct Push Sample Type Sample (ft.)

Table B2-4 Summary of Tidal StudyElevation

Average Elevation (Average from 1st low low to 2nd low low)

First Low Low Elevation

First High High Elevation Tidal Range

Average Lag Time (Low Tides

Only)

Average Lag Time (2 high

high and 2 low low tides)

Average time well went dry relative to low

MLLW MLLW MLLW ft hr:min hr:min hr:min

MW-01 13.03 13.08 13.08 0 0% ND ND ND ND ND ND ND ND ND ND Anytime Not tidally influenced

MW-02 7.76 4.94 9.35 4.41 37% 3/4/08 23:08 3/5/08 6:58 3/5/08 23:58 3/6/08 7:18 2:16 2:31 1:40 ND ND ND 2:15 after low tide Low water level

MW-03 7.19 4.32 8.88 4.56 39% 3/4/08 22:41 3/5/08 6:41 3/5/08 23:21 3/6/08 7:01 1:43 2:06 1:40 3/4/08 21:51 3/5/08 22:31 0:530:45 after low tide (well goes

dry)

Low water level before well goes

dryMW-04R 7.43 5.77 8.95 3.18 27% 3/4/08 22:55 3/5/08 6:25 3/5/08 23:50 3/6/08 6:35 2:05 2:06 3:10 3/4/08 18:55 3/5/08 20:25 -1:37

1:45 before low tide (well goes

dry)

Low water level before well goes

dryMW-05R 7.61 5.13 10.67 5.54 47% 3/4/08 23:13 3/5/08 5:13 3/6/08 0:08 3/6/08 5:38 2:23 1:43 2:10 ND ND ND 2:25 after low

tide Low water level

MW-06 7.00 3.37 9.35 5.98 51% 3/4/08 22:05 3/5/08 5:55 3/5/08 22:45 3/6/08 6:15 1:07 1:25 0:40 ND ND ND 1:05 after low tide Low water level

MW-07 ND ND 9.75 ND ND ND 3/5/08 4:50 ND 3/6/08 5:00 ND 0:33* ND ND 3/5/08 16:07 -5:30 0:30 after low tide Low water level

MW-08R 7.28 3.49 11.1 7.61 64% 3/4/08 21:48 3/5/08 4:18 3/5/08 22:08 3/6/08 4:48 0:40 0:25 ND ND ND ND 0:40 after low tide Low water level

MW-09 9.07 9.09 9.12 0.03 0% ND ND ND ND ND ND ND ND ND ND Anytime Not tidally influenced

MW-10 9.42 9.46 9.48 0.02 0% ND ND ND ND ND ND ND ND ND ND Anytime Not tidally influenced

Stilling Well 6.54 -0.54 11.26 11.8 100% 3/4/08 20:57 3/5/08 4:17 3/5/08 21:37 3/6/08 4:27 0:00 0:00 0:00 ND ND ND ND ND

* lag time for high high tides onlyNA – No data

Suggested Sample

Collection Time

Rationale

Sample Collection TimeTidal Range for a Quarter Cycle Tidal Timing Lag Time Dry Time

Time of Second High High

Water Level

Historical Time Lag 12/8/03-

12/9/03 (Windward 2005)

Time Well Went Dry (1st low low tide)

Time Well Went Dry (2nd low

low)

Well ID Time of First Low Low Water

Level

Time of first High High

Water Level

Time of Second Low Low Water

Tidal Efficiency (Quarter Cycle)

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Table B2-5 Tidal Efficiencies for Two Calculation Methods

Well IDMinimum

Elevation (quarter cycle) (ft)

Maximum Elevation

(quarter cycle) (ft)

Tidal Range (quarter cycle)

(ft)

Tidal Efficiency (Quarter cycle)

Standard deviation

(one cycle)

Tidal Efficiency (St.dev)

MW-01 13.08 13.08 0 0.0% 0.07 2.0%

MW-02 4.94 9.35 4.41 37.4% 1.46 41.1%

MW-03 4.32 8.88 4.56 38.6% 1.49 42.0%

MW-04R 5.78 8.95 3.17 26.9% 0.98 27.7%

MW-05R 5.13 10.67 5.54 46.9% 1.71 48.0%

MW-06 3.37 9.35 5.98 50.7% 1.96 55.3%

MW-07 NA 9.75 NA NA NA NA

MW-08R 3.49 11.1 7.61 64.5% 2.41 67.9%

MW-09 9.09 9.12 0.03 0.3% 0.07 1.9%

MW-10 9.46 9.48 0.02 0.2% 0.07 2.0%

Stilling Well -0.54 11.26 11.8 100.0% 3.55 100.0%

NA - not applicable

F:\PROJECTW\T-117\Reporting\1Q08\Final Draft\Appendices\Appendix B\Appendix B Tidal study-Tables and figs-Text and app-050108.xls

Table B2-5Page 22 of 25

Page 44: Appendix A Well Boring Logs - T-117t117.com/documents/gw/q1/q1gw_monitrpt_apxa-b.pdfAppendix A Well Boring Logs . Well Completion Groundwater DP = Direct Push Sample Type Sample (ft.)

Table B2-6 Comparison of Groundwater Elevation Averaging Methods

STILLING WELL

Mean elevation 6.54 Mean elevations 6.51Mean standard deviations 0.03

Date and timeElevation

(mllw) Mean Elevations (one tidal cycle)Mean of means

3/4/2008 20:57 -0.54 6.54 6.513/4/2008 21:07 -0.49 6.54 NA3/4/2008 21:17 -0.41 6.53 NA3/4/2008 21:27 -0.29 6.53 NA3/4/2008 21:37 -0.11 6.53 NA3/4/2008 21:47 0.03 6.53 NA3/4/2008 21:57 0.28 6.53 NA3/4/2008 22:07 0.53 6.53 NA3/4/2008 22:17 0.78 6.52 NA3/4/2008 22:27 1.01 6.52 NA3/4/2008 22:37 1.24 6.52 NA3/4/2008 22:47 1.51 6.52 NA3/4/2008 22:57 1.83 6.52 NA3/4/2008 23:07 2.23 6.52 NA3/4/2008 23:17 2.54 6.52 NA3/4/2008 23:27 3.00 6.55 NA3/4/2008 23:37 3.39 6.54 NA3/4/2008 23:47 3.84 6.54 NA3/4/2008 23:57 4.23 6.54 NA3/5/2008 0:07 4.68 6.54 NA3/5/2008 0:17 5.12 6.53 NA3/5/2008 0:27 5.60 6.53 NA3/5/2008 0:37 6.02 6.53 NA3/5/2008 0:47 6.43 6.53 NA3/5/2008 0:57 6.87 6.53 NA3/5/2008 1:07 7.31 6.53 NA3/5/2008 1:17 7.74 6.53 NA3/5/2008 1:27 8.09 6.52 NA3/5/2008 1:37 8.48 6.52 NA3/5/2008 1:47 8.87 6.52 NA3/5/2008 1:57 9.19 6.49 NA3/5/2008 2:07 9.49 6.49 NA3/5/2008 2:17 9.74 6.48 NA3/5/2008 2:27 9.97 6.48 NA3/5/2008 2:37 10.24 6.48 NA3/5/2008 2:47 10.45 6.47 NA3/5/2008 2:57 10.66 6.47 NA3/5/2008 3:07 10.78 6.47 NA3/5/2008 3:17 10.93 6.47 NA3/5/2008 3:27 11.08 6.46 NA3/5/2008 3:37 11.11 6.46 NA3/5/2008 3:47 11.18 6.46 NA3/5/2008 3:57 11.25 6.46 NA3/5/2008 4:07 11.25 6.46 NA3/5/2008 4:17 11.26 6.46 NA3/5/2008 4:27 11.22 NA NA3/5/2008 4:37 11.16 NA NA3/5/2008 4:47 11.10 NA NA3/5/2008 4:57 11.00 NA NA3/5/2008 5:07 10.92 NA NA3/5/2008 5:17 10.78 NA NA3/5/2008 5:27 10.67 NA NA3/5/2008 5:37 10.49 NA NA3/5/2008 5:47 10.34 NA NA3/5/2008 5:57 10.19 NA NA3/5/2008 6:07 9.99 NA NA3/5/2008 6:17 9.82 NA NA3/5/2008 6:27 9.64 NA NA3/5/2008 6:37 9.43 NA NA3/5/2008 6:47 9.19 NA NA3/5/2008 6:57 8.99 NA NA3/5/2008 7:07 8.75 NA NA3/5/2008 7:17 8.48 NA NA3/5/2008 7:27 8.22 NA NA3/5/2008 7:37 7.98 NA NA3/5/2008 7:47 7.73 NA NA3/5/2008 7:57 7.51 NA NA3/5/2008 8:07 7.29 NA NA3/5/2008 8:17 7.06 NA NA3/5/2008 8:27 6.86 NA NA3/5/2008 8:37 6.68 NA NA3/5/2008 8:47 6.47 NA NA3/5/2008 8:57 6.35 NA NA3/5/2008 9:07 6.26 NA NA3/5/2008 9:17 6.17 NA NA3/5/2008 9:27 6.07 NA NA3/5/2008 9:37 6.07 NA NA3/5/2008 9:47 6.09 NA NA3/5/2008 9:57 6.05 NA NA

Arithmetic Mean Method Serfes Method 1.5 Tidal Cycles

F:\PROJECTW\T-117\Reporting\1Q08\Final Draft\Appendices\Appendix B\Appendix B Tidal study-Tables and figs-Text and app-050108.xlsTable B2-6

Page 23 of 25

Page 45: Appendix A Well Boring Logs - T-117t117.com/documents/gw/q1/q1gw_monitrpt_apxa-b.pdfAppendix A Well Boring Logs . Well Completion Groundwater DP = Direct Push Sample Type Sample (ft.)

Table B2-6 Comparison of Groundwater Elevation Averaging Methods

STILLING WELL

Mean elevation 6.54 Mean elevations 6.51Mean standard deviations 0.03

Date and timeElevation

(mllw) Mean Elevations (one tidal cycle)Mean of means

Arithmetic Mean Method Serfes Method 1.5 Tidal Cycles

3/5/2008 10:07 6.02 NA NA3/5/2008 10:17 6.09 NA NA3/5/2008 10:27 6.20 NA NA3/5/2008 10:37 6.25 NA NA3/5/2008 10:47 6.31 NA NA3/5/2008 10:57 6.37 NA NA3/5/2008 11:07 6.50 NA NA3/5/2008 11:17 6.66 NA NA3/5/2008 11:27 6.85 NA NA3/5/2008 11:37 6.97 NA NA3/5/2008 11:47 7.14 NA NA3/5/2008 11:57 7.32 NA NA3/5/2008 12:07 7.52 NA NA3/5/2008 12:17 7.64 NA NA3/5/2008 12:27 7.82 NA NA3/5/2008 12:37 7.96 NA NA3/5/2008 12:47 8.13 NA NA3/5/2008 12:57 8.31 NA NA3/5/2008 13:07 8.44 NA NA3/5/2008 13:17 8.64 NA NA3/5/2008 13:27 8.80 NA NA3/5/2008 13:37 9.01 NA NA3/5/2008 13:47 9.19 NA NA3/5/2008 13:57 9.30 NA NA3/5/2008 14:07 9.43 NA NA3/5/2008 14:17 9.56 NA NA3/5/2008 14:27 9.64 NA NA3/5/2008 14:37 9.67 NA NA3/5/2008 14:47 9.68 NA NA3/5/2008 14:57 9.67 NA NA3/5/2008 15:07 9.69 NA NA3/5/2008 15:17 9.66 NA NA3/5/2008 15:27 9.59 NA NA3/5/2008 15:37 9.49 NA NA3/5/2008 15:47 9.34 NA NA3/5/2008 15:57 9.16 NA NA3/5/2008 16:07 8.96 NA NA3/5/2008 16:17 8.78 NA NA3/5/2008 16:27 8.51 NA NA3/5/2008 16:37 8.30 NA NA3/5/2008 16:47 8.05 NA NA3/5/2008 16:57 7.75 NA NA3/5/2008 17:07 7.44 NA NA3/5/2008 17:17 7.10 NA NA3/5/2008 17:27 6.79 NA NA3/5/2008 17:37 6.44 NA NA3/5/2008 17:47 6.08 NA NA3/5/2008 17:57 5.65 NA NA3/5/2008 18:07 5.29 NA NA3/5/2008 18:17 4.87 NA NA3/5/2008 18:27 4.48 NA NA3/5/2008 18:37 4.04 NA NA3/5/2008 18:47 3.60 NA NA3/5/2008 18:57 3.27 NA NA3/5/2008 19:07 2.83 NA NA3/5/2008 19:17 2.39 NA NA3/5/2008 19:27 2.00 NA NA3/5/2008 19:37 1.65 NA NA3/5/2008 19:47 1.27 NA NA3/5/2008 19:57 0.89 NA NA3/5/2008 20:07 0.59 NA NA3/5/2008 20:17 0.29 NA NA3/5/2008 20:27 0.06 NA NA3/5/2008 20:37 -0.21 NA NA3/5/2008 20:47 -0.36 NA NA3/5/2008 20:57 -0.48 NA NA3/5/2008 21:07 -0.61 NA NA3/5/2008 21:17 -0.75 NA NA3/5/2008 21:27 -0.81 NA NA3/5/2008 21:37 -0.83 NA NA3/5/2008 21:47 -0.75 NA NA3/5/2008 21:57 -0.68 NA NA3/5/2008 22:07 -0.56 NA NA3/5/2008 22:17 -0.38 NA NA3/5/2008 22:27 -0.18 NA NA3/5/2008 22:37 0.08 NA NA3/5/2008 22:47 0.30 NA NA3/5/2008 22:57 0.56 NA NA3/5/2008 23:07 0.84 NA NA

F:\PROJECTW\T-117\Reporting\1Q08\Final Draft\Appendices\Appendix B\Appendix B Tidal study-Tables and figs-Text and app-050108.xlsTable B2-6

Page 24 of 25

Page 46: Appendix A Well Boring Logs - T-117t117.com/documents/gw/q1/q1gw_monitrpt_apxa-b.pdfAppendix A Well Boring Logs . Well Completion Groundwater DP = Direct Push Sample Type Sample (ft.)

Table B2-6 Comparison of Groundwater Elevation Averaging Methods

STILLING WELL

Mean elevation 6.54 Mean elevations 6.51Mean standard deviations 0.03

Date and timeElevation

(mllw) Mean Elevations (one tidal cycle)Mean of means

Arithmetic Mean Method Serfes Method 1.5 Tidal Cycles

3/5/2008 23:17 1.19 NA NA3/5/2008 23:27 1.49 NA NA3/5/2008 23:37 1.83 NA NA3/5/2008 23:47 2.16 NA NA3/5/2008 23:57 2.59 NA NA3/6/2008 0:07 3.02 NA NA3/6/2008 0:17 3.42 NA NA3/6/2008 0:27 3.90 NA NA3/6/2008 0:37 4.33 NA NA3/6/2008 0:47 4.82 NA NA3/6/2008 0:57 5.28 NA NA3/6/2008 1:07 5.75 NA NA3/6/2008 1:17 6.22 NA NA3/6/2008 1:27 6.75 NA NA3/6/2008 1:37 7.18 NA NA3/6/2008 1:47 7.62 NA NA3/6/2008 1:57 8.02 NA NA3/6/2008 2:07 8.44 NA NA3/6/2008 2:17 8.79 NA NA3/6/2008 2:27 9.14 NA NA3/6/2008 2:37 9.47 NA NA3/6/2008 2:47 9.76 NA NA3/6/2008 2:57 10.01 NA NA3/6/2008 3:07 10.26 NA NA3/6/2008 3:17 10.47 NA NA3/6/2008 3:27 10.67 NA NA3/6/2008 3:37 10.85 NA NA3/6/2008 3:47 10.99 NA NA3/6/2008 3:57 11.14 NA NA3/6/2008 4:07 11.20 NA NA3/6/2008 4:17 11.25 NA NA3/6/2008 4:27 11.31 NA NA

NA - not applicable

F:\PROJECTW\T-117\Reporting\1Q08\Final Draft\Appendices\Appendix B\Appendix B Tidal study-Tables and figs-Text and app-050108.xlsTable B2-6

Page 25 of 25

Page 47: Appendix A Well Boring Logs - T-117t117.com/documents/gw/q1/q1gw_monitrpt_apxa-b.pdfAppendix A Well Boring Logs . Well Completion Groundwater DP = Direct Push Sample Type Sample (ft.)

Table B2-3 T117 Monitoring Well Gauging, Select Transducer Readings, and Elevation Conversions

Elevation of Top of PVC Casing

Elevation of totc

Transducer Cap Thickness

Gauged DTW

Gauged DTW

WT Elevation

ft mllw ft ft (ft-btotc) (ft TOC) ft3/4/2008 14:39 21.863 21.97 0.11 8.92 8.81 13.053 3.20038 9.85262 9.86 0.063/5/2008 7:08 21.863 21.97 0.11 8.95 8.84 13.02 3.22472 9.798283/6/2008 11:46 21.863 21.97 0.11 9.01 8.9 12.96 3.04841 9.914593/4/2008 14:05 15.475 15.58 0.1 6.65 6.55 8.93 10.48 -1.555 -1.47 0.093/5/2008 7:28 15.475 15.58 0.1 6.28 6.18 9.30 10.77 -1.4753/6/2008 11:19 15.475 15.58 0.1 7.7 7.6 7.88 9.25 -1.3753/4/2008 14:13 16.451 16.56 0.11 8.23 8.12 8.33 6.96412 1.36688 1.42 0.063/5/2008 7:20 16.451 16.56 0.11 7.77 7.66 8.79 7.39033 1.400673/6/2008 11:22 16.451 16.56 0.11 9.64 9.53 6.92 5.4429 1.47813/4/2008 13:46 18.86 18.98 0.12 10.78 10.66 8.20 4.6 3.6 3.71 0.093/5/2008 7:33 18.86 18.98 0.12 10.33 10.21 8.65 4.89 3.763/6/2008 11:01 18.86 18.98 0.12 11.73 11.61 7.25 3.49 3.763/4/2008 13:52 17.33 17.45 0.12 8.88 8.76 8.57 7.2366 1.3334 1.49 0.183/5/2008 7:30 17.33 17.45 0.12 8.2 8.08 9.25 7.55735 1.692653/6/2008 11:05 17.33 17.45 0.12 10.99 10.87 6.46 5.01774 1.442263/4/2008 14:01 16.318 16.43 0.11 8.01 7.9 8.42 9.0727 -0.6547 -0.57 0.083/5/2008 7:24 16.318 16.43 0.11 7.33 7.22 9.10 9.59811 -0.500113/6/2008 11:10 16.318 16.43 0.11 10.14 10.03 6.29 6.84768 -0.559683/4/2008 13:31 19.847 19.96 0.11 11.41 11.3 8.55 2.97 5.577 4.26 1.863/5/2008 7:42 19.847 19.96 0.11 13.94 13.83 6.02 3.07 2.9473/6/2008 10:45 19.847 19.96 0.11 Dry — — 2.97 —3/4/2008 13:37 19.4 19.51 0.11 10.74 10.63 8.77 8.85341 -0.08341 0.14 0.263/5/2008 7:15 19.4 19.51 0.11 10.53 10.42 8.98 8.55784 0.422163/6/2008 10:55 19.4 19.51 0.11 14.47 14.36 5.04 4.94835 0.091653/4/2008 14:25 23.4 23.51 0.11 14.42 14.31 9.09 3.38 5.71 5.70 0.063/5/2008 7:49 23.4 23.51 0.11 14.45 14.34 9.06 3.42 5.643/6/2008 12:01 23.4 23.51 0.11 14.49 14.38 9.02 3.27 5.753/4/2008 14:33 22.83 22.91 0.08 13.49 13.41 9.42 3.20038 6.21962 6.25 0.073/5/2008 7:52 22.83 22.91 0.08 13.49 13.41 9.42 3.2237 6.19633/6/2008 11:57 22.83 22.91 0.08 13.54 13.46 9.37 3.0493 6.32073/4/2008 13:14 13.3 13.44 0.14 4.66 4.52 8.78 17.1064 -8.3264 -8.34 0.023/6/2008 15:45 13.3 13.44 0.14 3.33 3.19 10.11 18.4597 -8.3497

totc - top of transducer capbtotc - below top of transducer capft TOC - feet below the top of PVC casing conversion inaccurate due to well being dry

MW-09

MW-10

Date Time Transducer Level Reading St.d

Average Transducer Water Level Conversion

Transducer Water Elevation Conversion

Stilling Well

Well ID

MW-01

MW-02

MW-03

MW-04R

MW-05R

MW-06

MW-07

MW-08R

F:\PROJECTW\T-117\Reporting\1Q08\Final Draft\Appendices\Appendix B\Appendix B Tidal study-Tables and figs-Text and app-050108.xlsTable B2-3

Page 20 of 25

Page 48: Appendix A Well Boring Logs - T-117t117.com/documents/gw/q1/q1gw_monitrpt_apxa-b.pdfAppendix A Well Boring Logs . Well Completion Groundwater DP = Direct Push Sample Type Sample (ft.)

Lower Duwamish Waterway Superfund Site: T-117 Early Action Area DRAFT

Appendix B – Tidal StudyMay 12, 2008

Figures

Page 49: Appendix A Well Boring Logs - T-117t117.com/documents/gw/q1/q1gw_monitrpt_apxa-b.pdfAppendix A Well Boring Logs . Well Completion Groundwater DP = Direct Push Sample Type Sample (ft.)

Upper

Turning

Basin

Slip 4

Slip 3

Slip 2

Slip 1

Kellogg

Island

Slip 6

Harbor Island

East WaterwayWest Waterway

3.0

4.0

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1.7

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4.6

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1.92.8

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2.6

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Page 50: Appendix A Well Boring Logs - T-117t117.com/documents/gw/q1/q1gw_monitrpt_apxa-b.pdfAppendix A Well Boring Logs . Well Completion Groundwater DP = Direct Push Sample Type Sample (ft.)

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MW-08R

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±0 90 18045

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0 25 5012.5Meters

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Page 51: Appendix A Well Boring Logs - T-117t117.com/documents/gw/q1/q1gw_monitrpt_apxa-b.pdfAppendix A Well Boring Logs . Well Completion Groundwater DP = Direct Push Sample Type Sample (ft.)

8.00

10.00

12.00

14.00

MLL

WFigure B2-2 Water Elevations

MW-01

MW-02

MW-03

MW-04R

MW-05R

-2.00

0.00

2.00

4.00

6.00

3/4/

2008

12:

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3/4/

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Time

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MW-09

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STILLING WELL

Page 52: Appendix A Well Boring Logs - T-117t117.com/documents/gw/q1/q1gw_monitrpt_apxa-b.pdfAppendix A Well Boring Logs . Well Completion Groundwater DP = Direct Push Sample Type Sample (ft.)

8.00

10.00

12.00

14.00

W)

Figure B2-3 Water Elevations with Extrapolations

MW-02

MW-03

MW-04R

MW-05R

MW-06

MW-07

MW-08R

-2.00

0.00

2.00

4.00

6.00

0 240 480 720 960 1200 1440 1680 1920 2160 2400 2640 2880

Elev

atio

n (ft

MLL

W

Time (minutes)

STILLING WELL

MW-03 Interp 1

MW-03 Interp 2

MW-04R Interp 1

MW-04R Interp 2

Poly. (MW-03 Interp 1)

Poly. (MW-03 Interp 2)

Poly. (MW-04R Interp 1)

Poly. (MW-04R Interp 2)

Page 53: Appendix A Well Boring Logs - T-117t117.com/documents/gw/q1/q1gw_monitrpt_apxa-b.pdfAppendix A Well Boring Logs . Well Completion Groundwater DP = Direct Push Sample Type Sample (ft.)

PORT OF SEATTLE T-117SEATTLE, WASHINGTON

05842-016-100

NET GROUNDWATER FLOW DIRECTION,TIDAL EFFICIENCIES, AND TIDAL LAG TIMES

3/4/08-3/5/08FIGURE B2-4

Page 54: Appendix A Well Boring Logs - T-117t117.com/documents/gw/q1/q1gw_monitrpt_apxa-b.pdfAppendix A Well Boring Logs . Well Completion Groundwater DP = Direct Push Sample Type Sample (ft.)

Lower Duwamish Waterway Superfund Site: T-117 Early Action Area DRAFT

Appendix C – Tidal StudyMay 2, 2008

Attachment A Field Notes

Page 55: Appendix A Well Boring Logs - T-117t117.com/documents/gw/q1/q1gw_monitrpt_apxa-b.pdfAppendix A Well Boring Logs . Well Completion Groundwater DP = Direct Push Sample Type Sample (ft.)
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Page 57: Appendix A Well Boring Logs - T-117t117.com/documents/gw/q1/q1gw_monitrpt_apxa-b.pdfAppendix A Well Boring Logs . Well Completion Groundwater DP = Direct Push Sample Type Sample (ft.)
Page 58: Appendix A Well Boring Logs - T-117t117.com/documents/gw/q1/q1gw_monitrpt_apxa-b.pdfAppendix A Well Boring Logs . Well Completion Groundwater DP = Direct Push Sample Type Sample (ft.)
Page 59: Appendix A Well Boring Logs - T-117t117.com/documents/gw/q1/q1gw_monitrpt_apxa-b.pdfAppendix A Well Boring Logs . Well Completion Groundwater DP = Direct Push Sample Type Sample (ft.)
Page 60: Appendix A Well Boring Logs - T-117t117.com/documents/gw/q1/q1gw_monitrpt_apxa-b.pdfAppendix A Well Boring Logs . Well Completion Groundwater DP = Direct Push Sample Type Sample (ft.)
Page 61: Appendix A Well Boring Logs - T-117t117.com/documents/gw/q1/q1gw_monitrpt_apxa-b.pdfAppendix A Well Boring Logs . Well Completion Groundwater DP = Direct Push Sample Type Sample (ft.)