c8.0 site details

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Pardue Mill Bridge Repair P.O. BOX 331 CORNELIA, GA 30531 PH: 678-267-3690 FAX: 678-267-3731 LOCATION MAP - NOT TO SCALE Name, address and phone number of developer/owner: Habersham County 130 Jacobs Way Clarkesville , GA 30523 706-754-7734 ( Derick Canup ) Name of 24-hour contact who is responsible for erosion and sediment control: Derick Canup 130 Jacobs Way Clarkesville , GA 30523 Name address and phone number of primary permittee: Habersham County 130 Jacobs Way Clarkesville , GA 30523 706-754-7734 ( Derick Canup ) Engineer's/Surveyor's name, address and phone number JASON M SMITH, PE , GA LEVEL II CERT# 2492 J M Smith Engineering LLC 155 Clarkesville Street Cornelia, GA 30531 (678) 267-3690 Water system: City of Clarkesville Sewer System: N/A Zoning: County Right-of-Way SETBACKS: Front: n/a Side: n/a Rear: n/a MAX BUILDING HEIGHT: n/a TOTAL SITE ACREAGE/DISTURBED ACREAGE - 0.2 acres/ 0.2 ACRES TOTAL SITE ACREAGE INCLUDES ALL PARCELS INVOLVED IN GRADING SCHEDULE OF DRAWINGS COVER GENERAL NOTES ES&PC PLAN ES&PC DETAILS C0.0 C1.0 C4.2-C4.3 2020-043-25 SITE DEVELOPMENT PLANS FOR: 155 CLARKESVILLE STREET LOCAL: 706-894-2331 1/22/2021 Pardue Mill Road Clarkesville,GA 30523 Land Lot 6, 10th District, Habersham County Tax Parcel: N/A OWNER/DEVELOPER Habersham County 130 Jacobs Way Clarkesville, GA 30523 706-754-7734 GA SWCC LEVEL II CERT #0000002492 C4.0 C4.1 ES&PC NOTES 24 HOUR CONTACT: Derick Canup 706-499-4782 1/22/2020 PERMIT SET - VALID WITH APPROVED STAMP C2.0 SITE & GRADING PLAN SITE DETAILS C8.0 SITE STRUCTURAL DETAILS S1-S2

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Page 1: C8.0 SITE DETAILS

Pardue Mill Bridge Repair

P.O. BOX 331CORNELIA, GA 30531

PH: 678-267-3690FAX: 678-267-3731

LOCATION MAP - NOT TO SCALE

Name, address and phone number of developer/owner:Habersham County130 Jacobs WayClarkesville, GA 30523706-754-7734 (Derick Canup)

Name of 24-hour contact who is responsible for erosion and sediment control:Derick Canup130 Jacobs WayClarkesville, GA 30523

Name address and phone number of primary permittee:Habersham County130 Jacobs WayClarkesville, GA 30523706-754-7734 (Derick Canup)

Engineer's/Surveyor's name, address and phone numberJASON M SMITH, PE, GA LEVEL II CERT# 2492J M Smith Engineering LLC155 Clarkesville StreetCornelia, GA 30531(678) 267-3690

Water system:City of Clarkesville

Sewer System:N/A

Zoning:County Right-of-WaySETBACKS: Front: n/a Side: n/a Rear: n/aMAX BUILDING HEIGHT: n/a

TOTAL SITE ACREAGE/DISTURBED ACREAGE - 0.2 acres/ 0.2 ACRESTOTAL SITE ACREAGE INCLUDES ALL PARCELS INVOLVED IN GRADING

SCHEDULE OF DRAWINGSCOVERGENERAL NOTES

ES&PC PLANES&PC DETAILS

C0.0C1.0

C4.2-C4.3

2020-043-25

SITE DEVELOPMENT PLANS FOR:

155 CLARKESVILLE STREET

LOCAL: 706-894-2331

1/22/2021Pardue Mill Road

Clarkesville,GA 30523Land Lot 6, 10th District, Habersham County

Tax Parcel: N/A

OWNER/DEVELOPERHabersham County

130 Jacobs WayClarkesville, GA 30523

706-754-7734

GA SWCC LEVEL II CERT #0000002492

C4.0C4.1

ES&PC NOTES

24 HOUR CONTACT:Derick Canup706-499-4782

1/22/2020

PERMIT SET - VALID WITH APPROVED STAMP

C2.0 SITE & GRADING PLAN

SITE DETAILSC8.0

SITESTRUCTURAL DETAILSS1-S2

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%%UACTIVITY SCHEDULE
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"The installation of erosion control measures and practices shall occur prior to or concurrent with land disturbing activities."
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No. 27840
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ROUGH GRADING
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*MAINTAIN THROUGHOUT LIFE OF PROJECT
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TEMPORARY GRASSING
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UTILITY INSTALLATION
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ROAD CONSTRUCTION
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FINAL STABILIZATION
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*EROSION CONTROL MAINTENANCE
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FINISH GRADING
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INSTALLATION OF EROSION CONTROL DEVICES
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CLEARING AND GRUBBING
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BUILDING CONSTRUCTION
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JAN
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MAR
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FEB
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2021
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APR
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1/22/2020

GASWCC LEVEL II NO: 2492

24 HOUR CONTACT:################

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General Notes:

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GEORGIAUtilities Protection Center, Inc.

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24 HOUR CONTACT:Derick Canup706-499-4782

SITE

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DEVELOPER INFORMATION DEVELOPER: Habersham County Board of Commissioners - Derick Canup Habersham County Board of Commissioners - Derick Canup - Derick Canup Derick Canup DEVELOPER ADDRESS: 130 Jacobs Way Clarkesville, GA 30523 130 Jacobs Way Clarkesville, GA 30523 Clarkesville, GA 30523 Clarkesville, GA 30523 , GA 30523 GA 30523 30523 30523 PHONE: 706-754-7734 706-754-7734
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During construction access roadways constructed of an all weather surface capable of supporting
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Handicap Accessibility and Fire Notes:
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Property address: Pardue Mill Road, Clarkesville, GA 30523
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Slope of curb ramps shall comply with the requirements of Rule 120-3-20-.18(2), 120-3-20-.19
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Georgia Accessibility Code.
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The minimum width of a curb ramp shall be 36 inches, exclusive of flared sides. Rule 120-3-20-.18(3)
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Georgia Accessibility Code.
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80,000 pounds gross weight shall be provided per Standard Fire Prevention Code 1994 Edition 602.6.1.
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Outdoor ramps and their approaches shall be designed so that water will not accumulate on walking
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surfaces per 120-3-20-.19(8). Georgia Accessibility Code.
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Clear width of a ramp shall be 36" 120-3-20-.19(3) Georgia Accessibility Code
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Slope & rise shall bet the requirements of 120-3-20-.19(2) Georgia Accessibility Code
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During construction width of access roadways shall be 20 ft. minimum per Standard Fire Prevention
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Code 1994 Edition Section 602.6.1.
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Curb ramps shall have a detectable warning complying with Rule 120-3-20-.40. The detectable
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warning shall extend the full width and depth of the curb ramp including flares. Rule 120-3-20-.18(7)
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Georgia Accessibility Code.
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("Section 404") Permit has been obtained.
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protected wetlands shall not occur unless the appropriate Federal Wetlands Alteration
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wetlands are indicated, the land owner or developer has been advised that land disturbance of
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States Army Corps of Engineers Jurisdictional Wetlands as shown on the maps; and, 3) If
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appropriate plan sheet [X] Does/ [ ] Does Not (circle appropriate box) indicate areas of United
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following: 1.) The National Wetland Inventory Maps have been consulted; and, 2) The
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Wetland Certification: The design professional, whose seal appears hereon, certifies the
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contact and coordinate the work with the respective utility owners prior to relocation.
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signs, sprinkler systems, lights, trees, etc. will be allowed on the road right-of-way.
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7. No additional construction or improvements, including but not limited to walls, fences,
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8. All construction and materials shall conform to their respective government
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and underground lines were not verified as to direction, size, depth, or condition.
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area of existing utilities. Utility locations shown here are based on surface field locations
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regulations.
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expense. In the event an existing utility requires relocating, the contractor shall
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to any utilities shall be replaced in kind and in good working order at the contractor's
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The contractor shall field locate all utilities prior to beginning construction activity. Damage
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Exact locations of utilities shall be determined by the contractor at the time of construction.
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2. All underground utility locations are approximate and are based on field evidence.
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latest revision of their standard specifications.
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1. All construction material and procedures shall conform to applicable municipality's
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6. Any construction trailers shall be permitted per local requirements.
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5. Contractor is responsible to maintain access for emergency vehicles at all times.
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4. All disturbed unpaved areas shall be permitted per local requirements.
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control, direct, and maintain traffic at all times in accordance with the manual of uniform
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3. The contractor shall erect signs, barricades, flags, and/or other devices to adequately warn,
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10. The contractor will notify utility companies prior to any construction performed in the
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9. The property shown hereon appears to not be located in Flood Zone and does not to not be located in Flood Zone and does not be located in Flood Zone and does not does not appear to be in a Special Flood Hazard Area (Subject to inundation by the 1% annual chance Flood) and also Other Flood Areas - Zone "X" (Area of 0.2% annual chance flood; areas of 1% annual flood with average depths of less than 1 foot or with drainage areas less than 1 square miles; and areas protected by levees from 1% annual chance flood) as shown on Flood Insurance Rate Map having a Map Number of FM13137C0205D and having FM13137C0205D and having and having an Map Revised Date of 1/5/2018 as established by the Federal Emergency Management 1/5/2018 as established by the Federal Emergency Management as established by the Federal Emergency Management Agency.
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DRAWINGS MAY NOT BE REPRODUCED IN ANY FORM WITHOUT WRITTEN PERMISSION
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COPYRIGHT c
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ALL RIGHTS RESERVED
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REVISIONS
Page 3: C8.0 SITE DETAILS

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32" highwood rail

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25 FT STREAM BUFFER

CONSULT WITH COUNTYREGARDING OVERLAY REQUIREMENTSAS NECESSARY FOR REPAIRSOF CONSTRUCTION

ANY DISASSEMBLY OF BRIDGE COMPONENTSMUST BE COORDINATED WITH COUNTYAND REPAIRED TO CONDITIONS AT OR

BETTER THAN EXISTING CONDITIONS- CONSULT WITH COUNTY AND ENGINEER OF

RECORD PRIOR TO ANY DISASSEMBLYOR REPAIR

25 FT STREAM BUFFER

65 LF 12" STEEL CASINGCAP ENDS

FOUNDATION STABILIZATIONSEE CONCEPT DETAIL

SEE STRUCTURALFOR FOUNDATION PIERSAND TIEBACKS CONCEPT

SEE STRUCTURALFOR FOUNDATION PIERSAND TIEBACKS CONCEPT

SAW CUT ASPHALT PRIOR TO EXCAVATIONTO INSTALL CASING PATCH PER DETAIL

SEE STRUCTURALFOR STEEL CASING SUPPORTS

SAW CUT ASPHALT PRIOR TO EXCAVATIONTO INSTALL CASING PATCH PER DETAIL

FOUNDATION STABILIZATIONSEE CONCEPT DETAIL

NOTE:SITE RECEIVES 1612.8 ACRES OFFSITE DRAINAGE

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Know what's below. Call before you dig.

GEORGIAUtilities Protection Center, Inc.

Pard

ue M

ill Br

idge

Rep

air

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ue M

ill R

oad C

lark

esvill

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A 30523

Land L

ot 6, 10th

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County

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1/22/2021

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2020-043-25

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1/22/2020

GASWCC LEVEL II NO: 2492

24 HOUR CONTACT:Derick Canup706-499-4782

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DRAWINGS MAY NOT BE REPRODUCED IN ANY FORM WITHOUT WRITTEN PERMISSION
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COPYRIGHT c
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ALL RIGHTS RESERVED
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REVISIONS
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GRAPHIC SCALE
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( IN FEET )
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1 inch = ft.
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NAD83
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24 HOUR CONTACT:Derick Canup706-499-4782

NARRATIVE:

EXISTING CONDITIONS

GENERAL NOTES

1. "The escape of sediment from the site shall be prevented by the installation of erosion and sediment control measures and practices prior to, orconcurrent with, land disturbing activities."

2. "Erosion control measures will be maintained at all times. If full implementation of the approved plan does not provide for effective control,additional erosion and sediment control measures shall be implemented to control or treat the sediment source."

3. "Any disturbed area left exposed for a period greater than 14 days shall be stabilized with mulch or temporary seeding."4. Either the plan designer or a designated representative has visited the site prior to the design of the E&SC plans.5. Maintenance statement - "All erosion and sediment control measures will be checked daily and any deficiencies noted will be corrected by the end

of each day. Additional erosion and sediment control measures will be installed if deemed necessary after an on-site inspection by the issuingauthority.

6. "The only material to be buried on site is vegetative material, provided it is not buried within 100 feet of any property line or enclosed structure.Construction waste may neither be burned nor buried and must be taken to a state approved landfill."

7. All construction debris will be carried to a state approved landfill.8. "At least one person from each work crew/company/entity on a project or site must have completed the education and training certification (E&TC) requirement

and be certified through the GASWCC while all land disturbing activity (LDA) is occurring."9. "The installation of erosion control measures and practices shall occur prior to or concurrent with land disturbing activities."10. ”All structures will be required to conform to the Standard Building Code's Horizontal Separation Standards. Approval of this permit will not justify any

deviation in Horizontal Separation Standards as adopted and amended by the Georgia Department of Community Affairs”.11. Maximum cut or fill slopes are 2 horizontal to 1 vertical12. All silt fence must be Georgia DOT approved fabric.13. All fill slopes will have silt fence at the toe of slope.14. All cut and fill slopes must be surface roughened and vegetated within seven (7) days of their construction.15. Existing utilities locations are for convenience and informational purposes only and are to be considered approximate. Have all utilities located before

construction or grading begins. Call 1-800-282-7411.16. Toilet facilities shall be available for construction workers within 300 feet of each site. 17. Off-site vehicle tracking of sediments and the generation of dust shall be minimized or eliminated by any means available. Construction exits are to be

maintained in a manner that helps to minimized off-site tracking of soils and should be repaired if they no longer are effective. Brooms, rakes, shovels andother hand tools may be necessary to remove any sedimentation tracked off-site onto the adjacent roadway and should be on-site at all times. Dust controlshall include controlling the surface and air movements of dust on construction sites, roadways and similar sites. Methods and materials which can be usedinclude mulches, vegetative cover, spray-on adhesives, mechanical manipulation of existing soils surfaces, irrigation, barriers, chemicals, and stone surfacecovers.

18. Situational lots if shown on these plans should be used as a guide for secondary permittees ES&PC. Additional measures may be necessary to achieveproper sediment containment. No situational lots will be shown on stand alone projects not requiring secondary permittees.

19. Non-exempt activities shall not be conducted within the 25 or 50 foot stream buffers if noted on these plans measured from the point of wrested vegetationwithout first acquiring necessary variances and permits.

20. BMPs to control pollutants from waste disposal practices, soil additives, remediation of spills and leaks of petroleum products, concrete truck washout, etc.shall be in place at all times. A spill kit for petroleum spills shall be maintained by the contractor and all spills shall be reported to the local NRCS office. Spillmaterial shall be disposed of in accordance with state guidelines in an approved landfill. All septic systems are regulated by the Georgia Department of Healthand are to be permitted through the local health department prior to installation and inspected upon installation. Nothing in this permit shall be construed topreclude the institution of any legal action or relieve the permittee from any responsibilities, liabilities, or penalties to which the permittee is or may be subjectunder the Georgia Hazardous Waste Management Act, O.C.G.A. § 12-8-60, et seq. or under Chapter 14 of Title 12 of the Official Code of Georgia Annotated;nor is the Operator relieved from any responsibilities, liabilities or penalties to which the permittee is or may be subject under Section 311 of the Clean WaterAct or Section 106 of Comprehensive Environmental Response Compensation And Liability Act.

21. Applicable portions of the ES&PC Plans are to be provided to each secondary permittee prior to the secondary conducting any construction activities. Eachsecondary permittee is required to sign the plan or portion of the plan applicable to their site. All names and addresses for secondary permittees will be listedon the permit set.

22. The design professional must be retained by the primary permittee to conduct a site inspection within seven (7) days after initial construction begins in orderto determine if the BMPs have been installed as designed, the installation of initial sediment storage requirements, and perimeter control BMPS are installedand are being maintained as required by the Plan and the Green Book. The design professional must report the results of the inspection to the primarypermittee within seven (7) days and the primary must correct all deficiencies identified in the report within two (2) business days after receiving the report(unless additional time is needed due to adverse weather). The primary permittee may use an alternate design professional to conduct the BMP inspection,provided that they make a written request to EPD to change from the design professional who developed the plan and EPD has agreed.

23. Ammendments/revisions to the ES&PC Plan which have a significant effect on BMP's with a hydraulic component must be certified by a design professional.24. The measures that will be installed during the construction process to control pollutants in storm water that will occur after construction operations have been

completed may include storm water detention and retention structures, use of vegetated swales and natural depressions for flow attenuation or a combinationof these practices (sequential systems). Details for any of these practices are provided as part of these plans. Calculations for any storm water structuresused to attenuate flows are provided in the hydrology study. Velocity dissipation devices will be placed at discharge locations and along the length of anyoutflow channel in order to provide a non-erosive flow so that the natural physical and biological characteristics and functions of the water course aremaintained and protected. The installation of these devices may be subject to Section 404 of the Federal Clean Water Act. Note: The permittee is onlyresponsible for the installation and maintenance of storm water management devices prior to final stabilization of the site and not the operation andmaintenance of such structures after construction activities have been completed.

25. Waste materials shall not be discharged to waters of the State, except as authorized by a Section 404 permit. Waste materials, including waste buildingmaterials, construction and demolition debris shall be properly disposed of in a state landfill; concrete washout, excavated sediment, etc., will be properlydisposed on-site. Any disposal of solid waste to waters of the State is prohibited unless authorized by a Section 404 permit.

26. Maintenance of all soil erosion and sedimentation control practices, whether temporary or permanent, shall be at all times the responsibility of the propertyowner.

27. The concrete wash down of tools, concrete mixer chutes, hoppers and the rear of the vehicles will not be conducted on site. Washout of the drum at theconstruction site is prohibited.

28. Sanitary sewer requirements are governed by local utility and the GA EPD. All installation to comply with local and state regulations. 29. Waste Disposal - All liquid waste materials will be collected and stored in sealed metal containers approved by the project engineer. All trash and

construction debris from the site will be deposited in the approved containers. Containers will be serviced as necessary, and the trash will be hauled to anapproved disposal site or licensed landfill. All onsite personnel will be instructed in the proper procedures for waste disposal, and notices stating properpractices will be posted in the field office. The general contractor's representative responsible for the conduct of work on the site will be responsible for seeingwaste disposal procedures are followed.

30. Hazardous Waste - All hazardous waste materials will be disposed of in a manner specified by local or state regulations or by the manufacturer. Sitepersonnel will be instructed in these practices, and the individual designated as the contractor's on-site representative will be responsible for seeing that thesepractices are followed.

31. Sanitary Waste - Portable sanitary facilities will be provided on all construction sites. Sanitary waste will be collected from the portable units in a timelymanner by a licensed waste management contractor or as required by any local regulations. A minimum of one portable sanitary unit will be provide to everyten (10) workers on the site. All sanitary waste units will be located in an area where the likelihood of the unit contributing to storm water discharge isnegligible. Additional containment BMP's must be implemented such as gravel bags or specially designed plastic skid containers around the base, to preventwastes from contributing to Stormwater discharges. The location of sanitary waste units bust be identified on the intermediate phase by the contractor oncethe locations have been determined. Sanitary service will be provided by either the Municipal Authority or a septic system at the completion of the project.

32. Erosion and sedimentation control measures and practices shall be maintained at all times. If full implementation of the approved plan does not provide foreffective erosion and sediment control, additional erosion and sediment control measures shall be implemented to control or treat the sediment source.

33. Sediment storage maintenance indicators must be installed in sediment storage structures, indicating the 1/3 full volume.34. Maintenance of all soil erosion and sedimentation control measures and practices, whether temporary or permanent, shall be at all times the responsibility of

the property owner.35. A 50-foot undisturbed buffer and a 75-foot impervious setback is to be maintained adjacent to all streams.36. Detention pond, detention outlet structures and temporary sediment pond features are to be constructed and fully operational prior to any other construction or

grading.37. Disturbed areas shall be stabilized with temporary vegetation or mulch if land-disturbing activities cease for more than 14 calendar days.38. All fill slopes shall have silt fence placed at the slope's toe.39. Concentrated flow areas and all slopes steeper than 2.5:1 with a height of ten feet or greater shall be stabilized with the appropriate erosion control matting or

blanket.40. The professional who seals this plan certifies under penalty of law that this plan was prepared after a site visit to the locations described herein by the

professional or the professional's authorized agent, under the professional's direct supervision.41. The design professional who prepared the ES&PC Plan is to inspect the installation of the initial sediment storage requirements and perimeter control

BMPs within 7 days after installation.

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Mountain District - Cartersville OfficeGeorgia Environmental Protection DivisionP.O. Box 3250Cartersville, GA 30120-1705(770) 387-4900

Sampling Requirements(1) A topographic map addressing the location of the monitoring locations of nephelometric turbidity and locations of waters of the state is included in theinitial ES&PC plan(2) A detailed description of analytical methods that will be used to collect the samples is as below concerning Sample Type, Points, Frequency andReporting procedures.(3) NTU values are derived from appendix B GAR 100001 and use the following data:

Stream classification: WARM WATERSite Size (acres): 0.2Surface water DA Sq mi: 2.520NTU value from App B: 75

Sample Type.All sampling shall be collected by “grab samples" and the analysis of these samples must be conducted in accordance with methodology and testprocedures established by 40 CFR Part 136 (unless other test procedures have been approved); the guidance document titled "NPDES Storm WaterSampling Guidance Document, EPA 833-B-92-001" and guidance documents that may be prepared by the EPD.(1). Sample containers should be labeled prior to collecting the samples.(2). Samples should be well mixed before transferring to a secondary container.(3). Large mouth, well cleaned and rinsed glass or plastic jars should be used for collecting samples. The jars should be cleaned thoroughly to avoidcontamination.(4). Manual, automatic or rising stage sampling may be utilized. Samples required by this permit should be analyzed immediately, but in no case later than48 hours after collection. However, samples from automatic samplers must be collected no later than the next business day after their accumulation, unlessflow through automated analysis is utilized. Dilution of samples is not required. Samples may be analyzed directly with a properly calibrated turbidimeter.Samples are not required to be cooled.(5). Sampling and analysis of the receiving water(s) or outfalls beyond the minimum frequency stated in this permit must be reported to EPD as specified inPart IV.E.Sampling Points.(1). For construction activities the primary permittee must sample all receiving water(s), or all outfall(s), or a combination of receiving water(s) and outfall(s).Samples taken for the purpose of compliance with this permit shall be representative of the monitored activity and representative of the water quality of thereceiving water(s) and/or the storm water outfalls using the following minimum guidelines:(a). The upstream sample for each receiving water(s) must be taken immediately upstream of the confluence of the first storm water discharge from thepermitted activity (i.e., the discharge farthest upstream at the site) but downstream of any other storm water discharges not associated with the permittedactivity. Where appropriate, several upstream samples from across the receiving water(s) may need to be taken and the arithmetic average of the turbidityof these samples used for the upstream turbidity value.(b). The downstream sample for each receiving water(s) must be taken downstream of the confluence of the last storm water discharge from the permittedactivity (i.e., the discharge farthest downstream at the site) but upstream of any other storm water discharge not associated with the permitted activity.Where appropriate, several downstream samples from across the receiving water(s) may need to be taken and the arithmetic average of the turbidity ofthese samples used for the downstream turbidity value.(c). Ideally the samples should be taken from the horizontal and vertical center of the receiving water(s) or the storm water outfall channel(s).(d). Care should be taken to avoid stirring the bottom sediments in the receiving water(s) or in the outfall storm water channel.(e). The sampling container should be held so that the opening faces upstream.(f). The samples should be kept free from floating debris.(g). Permittees do not have to sample sheetflow that flows onto undisturbed natural areas or areas stabilized by the project. For purposes of this section,stabilized shall mean, for unpaved areas and areas not covered by permanent structures, 100% of the soil surface is uniformly covered in permanentvegetation with a density of 70% or greater, or equivalent permanent stabilization measures (such as the use of rip rap, gabions, permanent mulches orgeotextiles) have been used. Permanent vegetation shall consist of: planted trees, shrubs, perennial vines; a crop of perennial vegetation appropriate forthe time of year and region; or a crop of annual vegetation and a seeding of target crop perennials appropriate for the region. Final stabilization applies toeach phase of construction.(h). All sampling pursuant to this permit must be done in such a way (including generally accepted sampling methods, locations, timing, and frequency) asto accurately reflect whether storm water runoff from the facility/site is in compliance with the standard set forth in Parts III.C.3. or III.C.4., whichever isapplicable.Sampling Frequency(1). The primary permittee must sample in accordance with the Plan at least once for each rainfall event described below. For a qualifying event, samplesmust be taken within forty-five (45)minutes of:(a) the accumulation of the minimum amount of rainfall for the qualifying event, if the storm water discharge to a monitored receiving water or from amonitored outfall has begun at or prior to the accumulation, or(b) the beginning of any storm water discharge to a monitored receiving water or from a monitored outfall, if the discharge begins after the accumulation ofthe minimum amount of rainfall for the qualifying event.(2). However, where manual and automatic sampling are impossible (as defined in this permit), or are beyond the permittee’s control, the permittee shalltake samples as soon as possible, but in no case more than twelve (12) hours after the beginning of the storm water discharge.(3). Sampling by the permittee shall occur for the following events:(a). For each area of the site that discharges to a receiving stream, the first rain event that reaches or exceeds 0.5 inch and allows for monitoring duringnormal business hours* (Monday thru Friday, 8:00 AM to 5:00 PM and Saturday 8:00 AM to 5:00 PM when construction activity is being conducted by thePrimary permittee) that occurs after all clearing and grubbing operations have been completed in the drainage area of the location selected as the samplinglocation;(b). In addition to (a) above, for each area of the site that discharges to a receiving stream, the first rain event that reaches or exceeds 0.5 inch and allowsfor monitoring during normal business hours* that occurs either 90 days after the first sampling event or after all mass grading operations have beencompleted in the drainage area of the location selected as the sampling location, whichever comes first;(c). At the time of sampling performed pursuant to (a) and (b) above, if BMPs are found to be properly designed, installed and maintained, no further actionis required. If BMPs in any area of the site that discharges to a receiving stream are not properly designed, installed and maintained, corrective action shallbe defined and implemented within 2 business days, and turbidity samples shall be taken from discharges from that area of the site for each subsequentrain event that reaches or exceeds 0.5 inch during normal business hours* until the selected turbidity standard is attained, or until post-storm eventinspections determine that BMPs are properly designed, installed and maintained; and(d). Existing construction activities, i.e., those that are occurring on or before the effective date of this permit, that have met the sampling required by (a)above shall sample in accordance with (b). Those existing construction activities that have met the sampling required by (b) above shall not be required toconduct additional sampling other than as required by (c) above.*Note that the permittee may choose to meet the requirements of (a) and (b) above by collecting turbidity samples from any rain event that reaches orexceeds 0.5 inch and allows for monitoring at any time of the day or week.Reporting.1. The applicable permittees are required to submit a summary of the monitoring results to the EPD at the address shown in Part II.C of GAR 100001. bythe fifteenth day of the month following the reporting period. Reporting periods are months during which samples are taken in accordance with this permit.Sampling results shall be in a clearly legible format. Upon written notification, EPD may require the applicable permittee to submit the sampling results on amore frequent basis. Sampling and analysis of any storm water discharge(s) or the receiving water(s) beyond the minimum frequency stated in this permitmust be reported in a similar manner to the EPD. The sampling reports must be signed in accordance with Part V.G. Sampling reports must be submitted toEPD until such time as a NOT is submitted in accordance with Part VI.2. Each permittee must retain copies of all monitoring results reported by that permittee in accordance with this Part. In addition to other record keepingrequirements, the monitoring information shall include:a. The date, exact place, and time of sampling or measurements;b. The name(s) of the individual(s) who performed the sampling and measurements;c. The date(s) analyses were performed;d. The time(s) analyses were initiated;e. The name(s) of the individual(s) who performed the analyses;f. References and written procedures, when available, for the analytical techniques or methods used.; andg. The results of such analyses, including the bench sheets, instrument readouts, computer disks or tapes, etc., used to determine these results.h. Results which exceed 1000 NTU shall be reported as "exceeds 1000 NTU."3. Retention of Records.a. Each primary permittee shall retain a copy of the Erosion, Sedimentation and Pollution Control Plan required by this permit at the construction site or thePlan shall be readily available at a designated alternate location from the date of project initiation to the date of final stabilization. Primary permittees areencouraged to post copies of their NOI, Erosion, Sedimentation & Pollution Control Plan, sampling results, inspection reports, etc. on or in a permit board atthe construction exit to facilitate inspections by local issuing authorities and EPD.b. Copies of all Notices of Intent, Notices of Termination, reports, plans, monitoring reports, monitoring information, including all calibration and maintenancerecords and all original strip chart recordings for continuous monitoring instrumentation, Erosion, Sedimentation and Pollution Control Plans, records of alldata used to complete the Notice of Intent to be covered by this permit and all other records required by this permit shall be retained by the permittee whoeither produced or used it for a period of at least three years from the date that the site is finally stabilized. These records must be maintained at thepermittee’s primary place of business once the construction activity has ceased at the permitted site. This period may be extended by request of the EPD atany time upon written notification to the permittee.Report Submittal.All written correspondence required by this permit shall be submitted by return receipt certified mail (or similar service) to the appropriate District Office ofthe EPD according to the schedule in Appendix A of GAR 10001.

InspectionsPermittee requirements

1) Each day when any type of construction activity has taken place at a primary permittee's site, certified personnel provided by the primary permittee shall inspect: (a) all areas atthe primary permittee's site where petroleum products are stored, used, or handled for spills and leaks from vehicles and equipment and (b) all locations at the primarypermittee's site where vehicles enter or exit the site for evidence of off-site sediment tracking.. These inspections must be conducted until a Notice of Termination is submitted.

2) Measure rainfall once every 24 hours except any non-working Saturday, non-working Sunday and non-working Federal holiday until a Notice of Termination is submitted.Measurement of rainfall may be suspended if all areas of the site have undergone final stabilization or established a crop of annual vegetation and a seeding of targetperennials appropriate for the region.

3) Certified personnel (provided by the primary permittee) shall inspect the following at least once every seven (7) calendar days and within 24 hours of the end of a storm that is0.5 inches rainfall or greater (unless such storm ends after 5:00 PM on any Friday or on any non-working Saturday, non-working Sunday or any non-working Federal holiday inwhich case the inspection shall be completed by the end of the next business day and/or working day, whichever occurs first): (a) disturbed areas of the primary permittee'sconstruction site ; (b) areas used by the primary permittee for storage of materials that are exposed to precipitation ; and (c) structural control measures. Erosion and sedimentcontrol measures identified in the Plan applicable to the primary permittee's site shall be observed to ensure that they are operating correctly. Where discharge locations orpoints are accessible, they shall be inspected to ascertain whether erosion control measures are effective in preventing significant impacts to receiving water(s). For areas of asite that have undergone final stabilization or established a crop of annual vegetation and a seeding of target perennials appropriate for the region, the permittee must complywith Part IV.D.4.a.(4). These inspections must be conducted until a Notice of Termination is submitted.

4) Certified personnel (provided by the primary permittee) shall inspect at least once per month during the term of this permit (i.e., until a Notice of Termination is received byEPD) the areas of the site that have undergone final stabilization or established a crop of annual vegetation and a seeding of target perennials appropriate for the region.These areas shall be inspected for evidence of, or the potential for, pollutants entering the drainage system and the receiving water(s). Erosion and sediment control measuresidentified in the Plan shall be observed to ensure that they are operating correctly. Where discharge locations or points are accessible, they shall be inspected to ascertainwhether erosion control measures are effective in preventing significant impacts to receiving water(s).

5) Based on the results of each inspection, the site description and the pollution prevention and control measures identified in the Erosion, Sedimentation and Pollution ControlPlan, the Plan shall be revised as appropriate not later than seven (7) calendar days following each inspection. Implementation of such changes shall be made as soon aspractical but in no case later than seven (7) calendar days following each inspection.

6) A report of each inspection that includes the name(s) of certified personnel making each inspection, the date(s) of each inspection, construction phase (i.e., initial, intermediateor final), major observations relating to the implementation of the Erosion, Sedimentation and Pollution Control Plan, and actions taken in accordance with Part 1V.D.4.a.(5). ofthe permit shall be made and retained at the site or be readily available at a designated alternate location until the entire site or that portion of a construction project that hasbeen phased has undergone final stabilization and a Notice of Termination is submitted to EPD. Such reports shall be readily available by end of the second business dayand/or working day and shall identify all incidents of best management practices that have not been properly installed and/or maintained as described in the Plan. Where thereport does not identify any incidents, the inspection report shall contain a certification that the best management practices are in compliance with the Erosion, Sedimentationand Pollution Control Plan. The report shall be signed in accordance with Part V.G.2. of this permit.

Sampling Frequency.1) The primary permittee must sample in accordance with the Plan at least once for each rainfall event described below. For a qualifying event, the permittee shall sample at the

beginning of any storm water discharge to a monitored receiving water and/or from a monitored outfall location within in forty-five (45) minutes or as soon as possible.2) However, where manual and automatic sampling are impossible (as defined in this permit), or are beyond the permittee's control, the permittee shall take samples as soon as

possible, but in no case more than twelve (12) hours after the beginning of the storm water discharge.3) Sampling by the permittee shall occur for the following qualifying events:

a) For each area of the site that discharges to a receiving water or from an outfall, the first rain event that reaches or exceeds 0.5 inch with a storm water discharge thatoccurs during normal business hours as defined in this permit after all clearing and grubbing operations have been completed, but prior to completion of mass gradingoperations, in the drainage area of the location selected as the sampling location;

b) In addition to (a) above, for each area of the site that discharges to a receiving water or from an outfall, the first rain event that reaches or exceeds 0.5 inch with a stormwater discharge that occurs during normal business hours as defined in this permit either 90 days after the first sampling event or after all mass grading operations havebeen completed, but prior to submittal of a NOT, in the drainage area of the location selected as the sampling location, whichever comes first;

c) At the time of sampling performed pursuant to (a) and (b) above, if BMPs in any area of the site that discharges to a receiving water or from an outfall are not properlydesigned, installed and maintained, corrective action shall be defined and implemented within two (2) business days, and turbidity samples shall be taken from dischargesfrom that area of the site for each subsequent rain event that reaches or exceeds 0.5 inch during normal business hours* until the selected turbidity standard is attained, oruntil post-storm event inspections determine that BMPs are properly designed, installed and maintained;

d) Where sampling pursuant to (a), (b) or (c) above is required but not possible (or not required because there was no discharge), the permittee, in accordance with PartIV.D.4.a.(6), must include a written justification in the inspection report of why sampling was not performed. Providing this justification does not relieve the permittee of anysubsequent sampling obligations under (a), (b) or (c) above; and

e) Existing construction activities, i.e., those that are occurring on or before the effective date of this permit, that have met the sampling required by (a) above shall sample inaccordance with (b). Those existing construction activities that have met the sampling required by (b) above shall not be required to conduct additional sampling other thanas required by (c) above.

*Note that the permittee may choose to meet the requirements of (a) and (b) above by collecting turbidity samples from any rain event that reaches or exceeds 0.5 inch and allows forsampling at any time of the day or week.

Reporting

1. The applicable permittees are required to submit the sampling results to the EPD at the address shown in Part II.C. by the fifteenth day of the month following the reportingperiod. Reporting periods are months during which samples are taken in accordance with this permit. Sampling results shall be in a clearly legible format. Upon written notification,EPD may require the applicable permittee to submit the sampling results on a more frequent basis. Sampling and analysis of any storm water discharge(s) or the receiving water(s)beyond the minimum frequency stated in this permit must be reported in a similar manner to the EPD. The sampling reports must be signed in accordance with Part V.G.2. Samplingreports must be submitted to EPD until such time as a NOT is submitted in accordance with Part VI.

2. All sampling reports shall include the following information:a) The rainfall amount, date, exact place and time of sampling or measurements;b) The name(s) of the certified personnel who performed the sampling and measurements;c) The date(s) analyses were performed;d) The time(s) analyses were initiated;e) The name(s) of the certified personnel who performed the analyses;f) References and written procedures, when available, for the analytical techniques or methods used;g) The results of such analyses, including the bench sheets, instrument readouts, computer disks or tapes, etc., used to determine these results;h) Results which exceed 1000 NTU shall be reported as "exceeds 1000 NTU;" andi) Certification statement that sampling was conducted as per the Plan.

3. All written correspondence required by this permit shall be submitted by return receipt certified mail (or similar service) to the appropriate District Office of the EPDaccording to the schedule in Appendix A of this permit. The permittee shall retain a copy of the proof of submittal at the construction site or the proof of submittal shall be readilyavailable at a designated location from commencement of construction until such time as a NOT is submitted in accordance with Part VI. If an electronic submittal is provided by EPDthen the written correspondence may be submitted electronically; if required, a paper copy must also be submitted by return receipt certified mail or similar service.

Retention of Records

1. The primary permittee shall retain the following records at the construction site or the records shall be readily available at a designated alternate location fromcommencement of construction until such time as a NOT is submitted in accordance with Part VI:

a) A copy of all Notices of Intent submitted to EPD;b) A copy of the Erosion, Sedimentation and Pollution Control Plan required by this permit;c) The design professional's report of the results of the inspection conducted in accordance with Part 1V.A.5. of this permit;d) A copy of all sampling information, results, and reports required by this permit;e) A copy of all inspection reports generated in accordance with Part IV.D.4.a. of this permit;f) A copy of all violation summaries and violation summary reports generated in accordance with Part 111.D.2. of this permit; andg) Daily rainfall information collected in accordance with Part IV.D.4.a.(2). of this permit.

2. Copies of all Notices of Intent, Notices of Termination, inspection reports, sampling reports (including all calibration and maintenance records and all original strip chartrecordings for continuous monitoring instrumentation) or other reports requested by the EPD, Erosion, Sedimentation and Pollution Control Plans, records of all data used to completethe Notice of Intent to be covered by this permit and all other records required by this permit shall be retained by the permittee who either produced or used it for a period of at leastthree years from the date that the NOT is submitted in accordance with Part VI. of this permit. These records must be maintained at the permittee's primary place of business or at adesignated alternative location once the construction activity has ceased at the permitted site. This period may be extended by request of the EPD at any time upon writtennotification to the permittee.

EROSION CONTROL CERTIFICATION

STAND ALONE PERMIT

“I certify that the permittee’s Erosion, Sedimentation and Pollution Control Plan provides for an appropriate and comprehensive system ofbest management practices required by the Georgia Water Quality Control Act and the document “Manual for Erosion and Sediment Controlin Georgia" (Manual) published by the State Soil and Water Conservation Commission as of January 1 of the year in which the land-disturbingactivity was permitted, provides for the sampling of the receiving water(s) or the sampling of the storm water outfalls and that the designedsystem of best management practices and sampling methods is expected to meet the requirements contained in the General NPDES PermitNo. GAR 100001"

"I certify under penalty of law that this document and all attachments were prepared under my direction or supervision in accordance with asystem designed to assure that qualified personnel properly gather and evaluate the information submitted. Based on my inquiry of theperson or persons who manage the system, or those persons directly responsible for gathering the information, the information submitted is,to the best of my knowledge and belief, true, accurate, and complete. I am aware that there are significant penalties for submitting falseinformation, including the possibility of fine and imprisonment for knowing violations."

"I certify under penalty of law that this plan was prepared after a site visit to the locations described herein by myself or my authorized agent,under my direct supervision."

___________________________________________SIGNATURE - JASON M. SMITH, PE, GASWCC LEVEL II CERTIFIED DESIGN PROFESSIONAL #0000002492

Spill Cleanup and Control Practices· Local, State and manufacturer's recommended methods for spill cleanup will be clearly posted and procedures will be made available to site personnel.· Material and equipment necessary for spill cleanup will be kept in the material storage areas. Typical materials and equipment includes, but is not limited to,

brooms, dustpans, mops, rags, gloves, goggles, cat litter, sand, sawdust and properly labeled plastic and metal waste containers.· Spill prevention practices and procedures will be reviewed after a spill and adjusted as necessary to prevent future spills.· All spills will be cleaned up immediately upon discovery. All spills will be reported as required by local, State, and Federal regulations.· FOR SPILLS THAT IMPACT SURFACE WATER (LEAVE A SHEEN ON SURFACE WATER), THE NATIONAL RESPONSE CENTER (NRC) WILL BE

CONTACTED WITHIN 24 HOURS AT 1 - 8 0 0 - 4 2 6 - 2 6 7 5 .· FOR SPILLS OF AN UNKNOWN AMOUNT, THE NATIONAL RESPONSE CENTER (NRC) WILL BE CONTACTED WITHIN 24 HOURS AT 1 - 800 - 426 - 2675.· FOR SPILLS GREATER THAN 25 GALLONS AND NO SURFACE WATER IMPACTS OCCUR, THE GEORGIA E.P.D. WILL BE CONTACTED WITHIN 24

HOURS.· FOR SPILLS LESS THAN 25 GALLONS AND NO SURFACE WATER IMPACTS OCCUR, THE SPILL WILL BE CLEANED UP AND LOCAL AGENCIES WILL

BE CONTACTED AS REQUIRED.

The contractor shall notify the licensed professional who prepared this Plan if more than 1320 gallons of petroleum is stored onsite (this includes capacities ofequipment) or if any one piece of equipment has a capacity greater than 660 gallons. The contractor will need a Spill Prevention Containment and CountermeasurersPlan prepared by that licensed professional.

Product Specific PracticesPetroleum Based Products - Containers for products such as fuels, lubricants, and tars will be inspected daily for leaks and spills. This includes onsite vehicles andmachinery daily inspections and regular preventative maintenance of such equipment. Equipment maintenance areas will be located away fromState Waters, natural drains, and storm water drainage inlets. In addition, temporary fueling tanks shall have a secondary containment liner to prevent/minimize sitecontamination. Discharge of oils, fuels, and lubricants is prohibited. Proper disposal methods will include collection in a suitable container anddisposal as required by local and State regulations.

Paints/Finishes/Solvents - All products will be stored in tightly sealed original containers when not in use. Excess product will not be discharged to the storm watercollection system. Excess product, materials used with these products, and product containers will be disposed of according to manufacturer's specifications andrecommendations.

Concrete Truck Washing - NO concrete trucks will be allowed to wash out or discharge surplus concrete or drum wash water onsite.

Fertilizer/Herbicides - These products will be applied at rates that do not exceed the manufacturer's specifications or above the guidelines set forth in the cropestablishment or in the GSWCC Manual for Erosion and Sediment Control in Georgia. Any storage of these materials will be under roof in sealed containers.

Building Materials - No building or construction materials will be buried or disposed of onsite. All such material will be disposed of in proper waste disposal procedures.

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1. Plan preparer: JASON M SMITH, PE Level II Certified Design Professional No. 2492 2492 2. Total Site acreage: 0.2 acres / total disturbed acreage: 0.2 acres 0.2 acres / total disturbed acreage: 0.2 acres acres / total disturbed acreage: 0.2 acres 0.2 acres acres 3. Site Earthwork: 0 cut/0 cy fill 0 cut/0 cy fill cut/0 cy fill 0 cy fill cy fill 4. The proposed project, Pardue Mill Bridge Repair, occupies a portion of 0.2 acres at Pardue Mill Road Clarkesville, GA in Pardue Mill Bridge Repair, occupies a portion of 0.2 acres at Pardue Mill Road Clarkesville, GA in , occupies a portion of 0.2 acres at Pardue Mill Road Clarkesville, GA in occupies a portion of 0.2 acres at Pardue Mill Road Clarkesville, GA in 0.2 acres at Pardue Mill Road Clarkesville, GA in acres at Pardue Mill Road Clarkesville, GA in Pardue Mill Road Clarkesville, GA in Clarkesville, GA in Clarkesville, GA in , GA in GA in in Habersham County. The site is to be developed for a Bridge Repair. The site will be served by N/A. County. The site is to be developed for a Bridge Repair. The site will be served by N/A. Bridge Repair. The site will be served by N/A. . The site will be served by N/A. N/A. . 5. Boundary information from Boundary Survey from Davidson Land Surveying, Inc. Dated 12/30/2020 or Habersham Boundary information from Boundary Survey from Davidson Land Surveying, Inc. Dated 12/30/2020 or Habersham Boundary Survey from Davidson Land Surveying, Inc. Dated 12/30/2020 or Habersham County Board of Commissionersand topographic information from Topographic information from survey from Davidson Land and topographic information from Topographic information from survey from Davidson Land Topographic information from survey from Davidson Land Surveying, Inc. Dated 12/30/2020 or Habersham County Board of Commissioners supplemented with USGS LIDAR outside area of survey limits. J M Smith Engineering LLC does not warrant the accuracy of the information provided from the . J M Smith Engineering LLC does not warrant the accuracy of the information provided from the surveyor. 6. No negative impacts to downstream properties are expected as a result of this development. No negative impacts to downstream properties are expected as a result of this development. 7. Property Owner information: Habersham County Board of Commissioners 130 Jacobs Way Clarkesville, GA 30523 , GA 30523 GA 30523 30523 30523 706-754-7734 contact: Derick Canup Derick Canup 1. Site receives 1612.8 acres off-site drainage. 1612.8 acres off-site drainage. acres off-site drainage. 2. Site DOES NOT contain state waters requiring an undisturbed buffer DOES NOT contain state waters requiring an undisturbed buffer contain state waters requiring an undisturbed buffer 3. The receiving water(s) is Un-named tributary of Yellowbank Creek. Un-named tributary of Yellowbank Creek. . 4. The property is Site is currently a road right of way . Care will be taken to preserve as many trees as possible. Site is currently a road right of way . Care will be taken to preserve as many trees as possible. . Care will be taken to preserve as many trees as possible. 5. Adjacent conditions: The property is bounded by Residential to the north, Residential to the east, Residential to the Residential to the north, Residential to the east, Residential to the to the north, Residential to the east, Residential to the Residential to the east, Residential to the to the east, Residential to the Residential to the to the south and Residential to the west. Residential to the west. to the west. 6. Predominant soils types on site are Cecil stony sandy loam, thin solum, 25 to 60% slopes (CzF) with a k factor of 0.17 Cecil stony sandy loam, thin solum, 25 to 60% slopes (CzF) with a k factor of 0.17 Soils mapping data from NRCS soils survey of Habersham County and taken from on-line data. Habersham County and taken from on-line data. County and taken from on-line data. 7. Critical areas are along drainage areas within pond. Critical areas are along drainage areas within pond. 8. This site is not located within a special flood hazard area per Firm map no FM13137C0205D dated 1/5/2018. located within a special flood hazard area per Firm map no FM13137C0205D dated 1/5/2018. within a special flood hazard area per Firm map no FM13137C0205D dated 1/5/2018. FM13137C0205D dated 1/5/2018. dated 1/5/2018. 1/5/2018. . 9. Site DOES NOT contain wetlands. DOES NOT contain wetlands. contain wetlands. 10. Site DOES NOT have Lakes or Streams located within 200 feet of property. DOES NOT have Lakes or Streams located within 200 feet of property. have Lakes or Streams located within 200 feet of property.
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No. 27840
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DRAWINGS MAY NOT BE REPRODUCED IN ANY FORM WITHOUT WRITTEN PERMISSION
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COPYRIGHT c
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ALL RIGHTS RESERVED
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REVISIONS
Page 5: C8.0 SITE DETAILS

X

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25 FT STREAM BUFFER

CONSTRUCTION ENTRANCELAT:N034.5930

LONG:W083.5856

DS1 DS2DS2DS1

DS3DS3

DS1 DS2DS2DS1

DS3DS3

DS1 DS2DS2DS1

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CONCRETE WASHDOWN

1/22/2020

GASWCC LEVEL II NO: 2492

B C D

DB

3

2

1

A

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CA

J M S

mith

Eng

inee

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LLC

FAX

(678

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DATE:

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DESIGNED DRAWN

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NUMBERSHEET

Prin

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Ow

ner

Know what's below. Call before you dig.

GEORGIAUtilities Protection Center, Inc.

Pard

ue M

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idge

Rep

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Pard

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ill R

oad C

lark

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A 30523

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JMS JMS JMS

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As Noted

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Note: Petroleum storage shall be done in accordance withone of the two following methods to prevent stormwaterdischarges on the site:

a. All petroleum storage containers shall be coveredwith plastic sheeting or be located under a temporaryroof.

b. All petroleum storage containers shall be located in asecondary containment area.

SITE RECEIVES 1612.8 ACRES OFFSITE DRAINAGE NORTH OF PROJECT AREA

24 HOUR CONTACT:Derick Canup706-499-4782

EROSION CONTROL CERTIFICATION

"I CERTIFY UNDER PENALTY OF LAW THAT THIS PLAN WAS PREPARED AFTER ASITE VISIT TO THE LOCATIONS DESCRIBED HEREIN BY MYSELF OR MYAUTHORIZED AGENT, UNDER MY DIRECT SUPERVISION."

___________________________________________SIGNATURE - JASON M. SMITH, PE,GASWCC LEVEL II CERTIFIED DESIGN PROFESSIONAL #0000002492

SILT STORAGE PROVIDED

SILT STORAGE REQUIREMENTS

U-1 UPSTREAM MONITORING POINT

D-1 DOWNSTREAM MONITORING POINT

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DRAWINGS MAY NOT BE REPRODUCED IN ANY FORM WITHOUT WRITTEN PERMISSION
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COPYRIGHT c
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ALL RIGHTS RESERVED
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REVISIONS
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GRAPHIC SCALE
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( IN FEET )
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1 inch = ft.
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AVAILABLE STORAGE (silt fence) 870 LF. REQUIRED STORAGE 0.14 CY/LF.=120.8 CY 0.14 CY/LF.=120.8 CY0.14 CY/LF.=120.8 CY
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DISTURBED/DRAINAGE AREA= 1.2 AC. REQUIRED STORAGE =67Cy/AC. 1.2 x 67 = 80 CY67Cy/AC. 1.2 x 67 = 80 CY
Page 6: C8.0 SITE DETAILS

24 HOUR CONTACT:Derick Canup706-499-4782

SEEDING SCHEDULE

VEGETATIVE PLAN 3Ds 2sDSOD PLANTING REQUIREMENTS D 4

SOD FERTILIZER REQUIREMENTS

s

SEEDING

TEMPORARY MULCHING

PERMANENT MULCHINGAND

PLANTS, PLANTING RATES, AND PLANTING DATES FOR TEMPORARY COVER OR COMPANION CROPSSPECIES BROADCAST RESOURCE REMARKS

(Darker shades indicate optimum dates, and lighter shades indicate permissible but marginal dates.)

Rates per PLS perAcre 1000 SF

J F M A A S O N DMOUNTAINS

PIEDMONTSOUTHERN

COASTAL PLAINSOUTHERN

LESPEDEZA ANNUAL(Lespedeza striata)

ALONE ..........

IN MIXTURES ..........

40 lbs.

10 lbs.

0.9 lb.

0.2 lb.

200,000 SEED PER POUNDMAY VOLUNTEER FOR SEVERAL YEARSUSE INOCULANT EL

J F M A M J J A S O N DMOUNTAINS

PIEDMONTSOUTHERN

COASTAL PLAINSOUTHERN

MILLET, BROWNTOP(Panicum fasciculatum)

ALONE ..........

IN MIXTURES ..........

40 lbs.

10 lbs.

0.9 lb.

0.2 lb.

137,000 SEED PER POUNDQUICK DENSE COVERWILL PROVIDE TOO MUCH COMP-

ETITION IN MIXTURES IF SEEDEDAT HIGH RATES

J F M A M J J A S O N DMOUNTAINS

PIEDMONTSOUTHERN

COASTAL PLAINSOUTHERN

RYE(Secale cereale)

ALONE ..........

IN MIXTURES ..........

3.9 lb.

0.6 lb.

18,000 SEED PER POUNDDENSE COVERDROUGHT TOLERANT AND WINTER-

HARDY3 bu.

1/2 bu.(168 lbs.)

(28 lbs.)

J F M A M J J A S O N DMOUNTAINS

PIEDMONTSOUTHERN

COASTAL PLAINSOUTHERN

RYEGRASS, ANNUAL(Lolium temulentum)

ALONE .......... 0.9 lb.

227,000 SEED PER POUNDDENSE COVERVERY COMPETITIVE AND IS NOT

TO BE USED IN MIXTURES40 lbs.

M J J

TEMPORARY SEEDING

PLANTS, PLANTING RATES, AND PLANTING DATES FOR TEMPORARY COVER OR COMPANION CROPSSPECIES BROADCAST RESOURCE REMARKS

(Darker shades indicate optimum dates, and lighter shades indicate permissible but marginal dates.)

Rates per PLS perAcre 1000 SF

PERMANENT SEEDING/SODDING

J F M A M J J A S O N D

PIEDMONTSOUTHERN

COASTAL PLAINSOUTHERN

BERMUDA, COMMON(Cynodon dactylon)

ALONE .......... 10 lbs.

6 lbs.

0.2 lb.

0.1 lb.

1,787,000 SEED PER POUNDQUICK COVERLOW GROWING AND SOD FORMING

J F M A M J J A S O N D

PIEDMONTSOUTHERN

COASTAL PLAINSOUTHERN

BERMUDA, COMMON(Cynodon dactylon)

10 lbs.

6 lbs.

0.2 lb.

0.1 lb.

PLANT WITH WINTER ANNUALSPLANT WITH TALL FESCUE

J F M A M J J A S O N D

PIEDMONTSOUTHERN

COASTAL PLAINSOUTHERN

CENTIPEDE(Eremochloa ophiuroides)

13,000 SEED PER POUNDUSE ON PRODUCTIVE SOILSNOT AS WINTER HARDY AS RYE OR

BARLEYBlock Sod only

J F M A M J J A S O N DMOUNTAINS

PIEDMONTSOUTHERN

CROWNVETECH(Coronilla varia)

W/ WINTER ANNUALS 0.3 lb.

100,000 SEED PER POUNDDENSE GROWTHDROUGHT TOLERANT AND FIRE

RESISTANT.

15 lbs.

J F M A M J J A S O N DMOUNTAINS

PIEDMONTSOUTHERN

FESCUE, TALL(Festuca arundinacea)

ALONE .......... 1.1 lb.50lbs.

J F M A M J J A S O N DMOUNTAINS

PIEDMONTSOUTHERN

COASTAL PLAINSOUTHERN

LESPEDEZA, SERICEA(Lespedeza cuneata)

SCARIFIED....... 1.4 lb.60 lbs.

Hulled Seed

WITH OTHERPERENNIALS..........

FULL SUNGOOD FOR ATHLETIC FIELDS

Unhulled Seed

WITH OTHERPERENNIALS..........

WITH TEMPORARYCOVER..........

OR COOL SEASONGRASSES

ATTRACTIVE ROSE, PINK, AND WHITEBLOSSOMS SPRING TO LATE FALL.

MIX W/ 30 POUNDS OF TALL FESCUEOR 15 POUNDS OF RYE.

INOCULATE SEED W/ M INOCULANTUSE FROM NORTH ATLANTA AND

NORTHWARD.

W/ OTHER PERENNIALS.. 0.7 lb.30 lbs.

227,000 SEED PER POUNDUSE ALONE ONLY ON BETTER SITESNOT FOR DROUGHTY SOILSMIX W/ PERENNIAL LESPEDEZAS

OR CROWNVETCH.APPLY TOPDRESSING IN SPRING

FOLLOWING FALL PLANTINGS.NOT FOR HEAVY USE AREAS OR

ATHLETIC FIELDS

350,000 SEED PER POUNDWIDELY ADAPTEDLOW MAINTENANCE MIX W/ COMMON BERMUDA, BAHIA, OR TALL

FESCUE.TAKES 2 TO 3 YEARS TO BECOME

FULLY ESTABLISHED.EXCELLENT ON ROADBANKSINOCULATE SEED W/ EL INOCULANT

J F M A M J J A S O N DMOUNTAINS

PIEDMONTSOUTHERN

COASTAL PLAINSOUTHERN

UNSCARIFIED....... 1.7 lb.75 lbs.

MIX W/ TALL FESCUE OR WINTERANNUALS.

J F M A M J J A S O N DMOUNTAINS

PIEDMONTSOUTHERN

COASTAL PLAINSOUTHERN

SEED-BEARING HAY..... 138 lb.3 tons

CUT WHEN SEED IS MATURE, BUTBEFORE IT SHATTERS.

ADD TALL FESCUE OR WINTERANNUALS.

J F M A M J J A S O N DMOUNTAINS

PIEDMONTSOUTHERN

COASTAL PLAINSOUTHERN

(Lespedeza cuneata)

ALONE..........

1,500,000 SEED PER POUNDQUICK COVERDROUGHT TOLERANTGROWS WELL W/ SERICEA LESPEDEZA

W/ OTHER PERENNIALS...

4 lbs.

2 lbs.

0.1 lb.

0.05 lb.

ON ROADBANKS.

MULCHING APPLICATION REQUIREMENTS

MATERIAL RATE DEPTH

GEORGIA UNIFORM CODING SYSTEMFOR SOIL EROSION AND SEDIMENT CONTROL PRACTICESSTATE SOIL AND WATER CONSERVATION COMMISSION OF GEORGIA

Ds1

Ds3

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Tac

Ds1

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Cs

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STRUCTURAL PRACTICES

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Cr Cr

Dc

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Dn1Dn1

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CODE PRACTICE DETAIL DESCRIPTIONMAPSYMBOL

VEGETATIVE PRACTICES

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8/10/15 REVISED PER FORSYTH COUNTY COMMENTS9/17/15 REVISED PER FORSYTH COUNTY COMMENTS

B C D

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J M S

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FAX

(678

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1LO

CAL

(706

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ENGI

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(678

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CHECKED

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Jan

22, 2

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NUMBERSHEET

Prin

ted

By:

Ow

ner

Know what's below. Call before you dig.

GEORGIAUtilities Protection Center, Inc.

Pard

ue M

ill Br

idge

Rep

air

Pard

ue M

ill R

oad C

lark

esvill

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A 30523

Land L

ot 6, 10th

Dis

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County

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1/22/2021

Habers

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County

2020-043-25

JMS JMS JMS

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As Noted

2021

PER

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1/22/2020

GASWCC LEVEL II NO: 2492

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3. SOD SHOULD BE CUT AND INSTALLED WITHIN 36 HOURS OF DIGGING.
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50-100
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50-100
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30
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1500
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800
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10-10-10
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6-12-12
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6-12-12
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MAINTENANCE
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GRASSES
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SEASON
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COOL
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NITROGEN TOP
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M-L,P
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KENTUCKY
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TALL FESCUE
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WARM WEATHER
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P,C
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MYER
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EMERALD
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ZOYSIA
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RALEIGH
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CENTIPEDE
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BAHIAGRASS
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WARM WEATHER
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PENSACOLA
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TIFGREEN
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TIFLAWN
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P,C
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P,C
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TIFWAY
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WARM WEATHER
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M-L,P,C
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COMMON
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BERMUDAGRASS
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GROWING SEASON
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RESOURCE AREA
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VARIETIES
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GRASS
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PLANTING TO BE ACCOMPLISHED BY HYDRAULIC SEEDING
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PLANTING:
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800LBS.
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5-10-15( OR EQUAL)
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SECOND YEAR FERTILIZER
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TALL
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WHEN PLANTS ARE 2" - 4"
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300LBS.
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TOPDRESSING
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33.5% AMMONIUM NITRATE
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5,000LBS.
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6/15 - 8/31
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TEMPORARY COVER
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HAY MULCH FOR
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RYE GRASS
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30LBS.
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FESCUE
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11/1 - 2/28
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50LBS.
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9/1 - 10/31
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50LBS.
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FESCUE
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3/1 - 6/15
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10LBS.
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HULLED COMMON
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BERMUDAGRASSS
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5,000LBS.
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MULCH, STRAW, HAY
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1,500LBS.
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FERTILIZER, 5-10-15
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4,000LBS.
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AGRICULTURAL LIMESTONE
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PLANTING DATES
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PER ACRE
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RATES
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SPECIES
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1 OCTOBER-28 FEBRUARY
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1 MARCH-30 JUNE
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15 JULY-30 NOVEMBER
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TEMPORARY VEGETATION
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YEAR ROUND
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TEMPORARY VEGETATION
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1 MARCH-15 APRIL
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15 MARCH-15 JUNE
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2 TONS
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TONS
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2 1/2
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LBS.
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1,800
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30 LBS.
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1/2 BU.
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168 LBS.
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30 LBS.
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80 LBS.
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30 LBS.
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STRAW
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MULCH:
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5-10-10
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FERTILIZER:
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(UNHULLED)
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COMMON BERMUDA
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(HULLED)
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COMMON BERMUDA
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RYE GRAIN W/MIXTURE
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RYE GRAIN
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SCARIFED)
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(UNHULLED, UN-
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SERICEA LESPEDEZA
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FESCUE
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KENTUCKY 31
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(SCARIFED)
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SERICEA LESPEDEZA
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SEEDING:
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PER ACRE
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PLANTING DATES
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RATES
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SPECIES
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GEORGIA DEPARTMENT OF AGRICULTURE.
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TURAL LIME SHALL BE WITHIN THE SPECIFICATIONS OF THE
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SOIL TEST OR AT A RATE OF 2 TONS PER ACRE. AGRICUL-
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AGRICULTURE LIME SHALL BE APPLIED AS INDICATED BY
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WHERE PERMANENT VEGETATION IS TO BE ESTABLISHED
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LIME RATE:
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- *USE A MINIMUM OF 40 LBS. SCARIFIED SEED, REMAINDER MAY BE *USE A MINIMUM OF 40 LBS. SCARIFIED SEED, REMAINDER MAY BE UNSCARIFIED, CLEAN HULLED SEED. **USE EITHER COMMON SERAIA OR INTERSTATE SERICEA LESPEDEZA. - ALL AREAS TO BE SEEDED SHALL HAVE LIME APPLIED AT A RATE OF ALL AREAS TO BE SEEDED SHALL HAVE LIME APPLIED AT A RATE OF 90 LB./1000 S.F.. LIME AND FERTILIZER TO BE APPLIED PRIOR TO APPLICATION OF SEED AND MIXED THOROUGHLY WITH THE SOIL. - ALL AREAS SEEDED SHALL HAVE AN APPLICATION OF STRAW MULCH ALL AREAS SEEDED SHALL HAVE AN APPLICATION OF STRAW MULCH (APPROXIMATELY 2 1/2 TONS PER ACRE) IMMEDIATELY AFTER PLANTING REGARDLESS OF PLANTING METHOD. - MAINTAIN 1 YEAR MINIMUM MAINTAIN 1 YEAR MINIMUM - FERTILIZER: AGRICULTURAL LIME 1 TON PER ACRE FERTILIZER: AGRICULTURAL LIME 1 TON PER ACRE AGRICULTURAL LIME 1 TON PER ACRE AGRICULTURAL LIME 1 TON PER ACRE 8-12-12 OR 5-10-15 1000 LB. PER ACRE
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NOTE: DURING "HIGH FAILURE" MONTHS SEEDING CONTRACTOR
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TO SPREAD MULCH OR HAY FOR SLOPE STABILIZATION.
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Spot seeding can be done on small areas to fill in bare spots where grass did not grow
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If the seeded area is damaged due to runoff, additional stormwater measures may be needed.
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Newly seeded areas need to be inspected frequently to ensure the grass is growing.
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Apply mulch or erosion control blanket, as specified, over the seeded areas. Inspection and
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Apply fertilizer as specified.
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then lightly compacted to provide good seed-soil contact.
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Broadcast seed should be incorporated into the soil by raking or chain dragging, and
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mechanical drills, or hydroseeder so the seed is applied uniformly on the site
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Apply seed at the rates specified using calibrated seed spreaders, cyclone seeders,
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Always apply seed before applying mulch.
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Seed to soil contact is the key to good germination.
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Harrowing, tracking or furrowing should be done horizontally across the face of the slope.
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equipment designed to conditions the soil for seeding.
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topsoil should be harrowed with a disk, spring tooth drag, spike tooth drag, or other
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moist. If the seedbed has been idle long enough for the soil to become compact, the
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Seed should be applied immediately after seedbed preparation while the soil is loose and
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Seed to soil contact is the key to good germination.
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cross sections shown on the grading plans.
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The topsoil surface should be in reasonably close conformity to the lines, grades and
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loose, moist and free of large clods and stones.
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The seedbed should be firm but not compact. The top three inches of soil should be
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Prepare a 3-5 inch (76-127 mm) deep seedbed, with the top 3-4 inches (76-102 mm)
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Apply amendments as needed to adjust pH to 6.0-7.5. Incorporate these amendments
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tracking, grooving or furrowing.
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Conduct soil test to determine pH and nutrient content. Roughen the soil by harrowing,
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Divert concentrated flows away from the seeded area.
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Bring the planting area to final grade and install the necessary erosion control practices.
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Use seed rates based on pure live seed (PLS) of 80%. When PLS is below 80%
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Use a seed blend to include annuals, perennials and legumes.
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Consult local agronomist or erosion control specialists for seed mix.
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Use seeds appropriate to the season and site conditions.
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Use dormant seeding for late fall or winter seeding schedules.
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Apply permanent seeding before seasonal rains or freezing weather is anticipated.
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To determine optimum seeding schedule, consult a local agronomist or erosion control
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Apply permanent seeding when no further disturbances are planned.
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Apply permanent seeding on areas left dormant for 1 year or more.
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Construction Specifications:
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Maintenance:
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properly.
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Planting:
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consisting of topsoil.
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into the soil.
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Site Preparation:
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adjust rates accordingly.
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Seed Mixes:
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specialist.
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Timing:
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Ds1
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Ds1a
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See manufacturer's recommendations
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Secure with soil, anchors, weights
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1200 gal./acre or 1/4 gal./sq.yd.
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6 to 9 Ton/Acre
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2 1/2Ton/Acre
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Ds2
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Ds3
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Straw or hay
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Wood waste, chips, sawdust, bark
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Cutback asphalt
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Polyethylene film
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Cutback asphalt
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Geotextiles, jute matting, netting, etc.
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6" TO 10"
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2" TO 3"
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1. SOD SHOULD BE MACHINE CUT AND CONTAIN 3/4" (+/- 1/4") OF SOIL, NOT INCLUDING SHOOTS OR THATCH.
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2. SOD SHOULD BE CUT TO THE DESIRED SIZE WITHIN +/- 5%. TORN OR UNEVEN PADS SHOULD BE REJECTED.
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4. AVOID PLANTING WHEN SUBJECT TO FROST HEAVE OR HOT WEATHER IF IRRIGATION IS NOT AVAILABLE.
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5. THE SOD TYPE SHOULD BE SHOWN ON THE PLANS OR INSTALLED ACCORDING TO SOD PLANTING REQUIREMENTS ABOVE.
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A permanent vegetative cover using sods on highly erodable or critically eroded lands.
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The use of readily available native plant materials to maintain and enhance streambanks, or to prevent, or restore and repair small streambank erosion problems.
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A protective covering used to prevent erosion and establish temporary or permanent vegetation on steep slopes, shore lines, or channels.
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Controlling surface and air movement of dust on construction site, roadways and similar sites.
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Establishing a permanent vegetative cover such as trees, shrubs, vines, grasses, or legumes on disturbed areas.
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Establishing a temporary vegetative cover with fast growing seedings on disturbed areas.
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Establishing temporary protection for disturbed areas where seedlings may not have a suitable growing season to produce an erosion retarding cover.
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DISTURBED AREA STABILIZATION (WITH MULCHING ONLY)
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DISTURBED AREA STABILIZATION (WITH PERM SEEDING)
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DISTURBED AREA STABILIZATION (SODDING)
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DUST CONTROL ON DISTURBED AREAS
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SLOPE STABILIZATION
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STREAMBANK STABILIZATION (USING PERM VEGETATION)
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TACKIFIERS AND BINDERS
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DISTURBED AREA STABILIZATION (WITH TEMP SEEDING)
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Substance used to anchor straw or hay mulch by causing the organic material to bind together.
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COASTAL DUNE STABILIZATION (WITH VEGETATION)
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BUFFER ZONE
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Planting vegetation on dunes that are denuded, artificially constructed, or re-nourished.
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Strip of undisturbed original vegetation, enhanced or restored existing vegetation or the reestablishment of vegetation surrounding an area of disturbance or bordering streams.
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Substance formulated to assist in the solids/liquid separation of suspended particles in solution.
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FLOCCULANTS AND COAGULANTS
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(LABEL)
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GABION
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DIVERSION
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CHECKDAM
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Permanent structures installed to protect channels or waterways where otherwise the slope would be sufficient for the running water to form gullies.
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A barrier to prevent sediment from leaving the construction site. It may be sandbags, bales of straw or hay, brush, logs and poles, gravel, or a silt fence.
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A basin created by excavation or a dam across a waterway. The surface water runoff is temporarily stored allowing the bulk of the sediment to drop out.
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An impounding area created by excavating around a storm drain drop inlet. The excavated area will be filled and stabilized on completion of construction activities.
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A device or structure placed in front of a permanent stormwater detention pond outlet structure to serve as a temporary sediment filter.
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A wall installed to stabilize cut and fill slopes where maximum permissible slopes are not obtainable. Each situation will require special design.
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A permanent or temporary stone filter dam installed across small streams or drainageways.
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A structure to convert concentrated flow of water into less erosive sheet flow. This should be constructed only on undisturbed soils.
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A flexible conduit of heavy-duty fabric or other material designed to safely conduct surface runoff down a slope. This is temporary and inexpensive.
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A travelway constructed as part of a construction plan including access roads, subdivision roads, parking areas and other on-site vehicle transportation routes.
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A temporary channel constructed to convey flow around a construction site while a permanent structure is being constructed.
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Rock filter baskets which are hand-placed into position forming soil stabilizing structures.
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A temporary stone barrier constructed at storm drain inlets and pond outlets.
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A paved chute, pipe, sectional conduit or similar material designed to safely conduct surface runoff down a slope.
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An earth channel or dike located above, below, or across a slope to divert runoff. This may be a temporary or permanent structure.
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A crushed stone pad located at the construction site exit to provide a place for removing mud from tires thereby protecting public streets.
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Improving, constructing or stabilizing an open channel, existing stream, or ditch.
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A small temporary barrier or dam constructed across a swale, drainage ditch or area of concentrated flow.
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CHANNEL STABILIZATION
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CONSTRUCTION EXIT
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CONSTRUCTION ROAD STABILIZATION
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STREAM DIVERSION CHANNEL
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TEMPORARY DOWNDRAIN STRUCTURE
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PERMANENT DOWNDRAIN STRUCTURE
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FILTER RING
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GRADE STABILIZATION STRUCTURE
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LEVEL SPREADER
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ROCK FILTER DAM
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RETAINING WALL
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RETRO FITTING
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SEDIMENT BARRIER
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INLET SEDIMENT TRAP
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TEMPORARY SEDIMENT BASIN
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(INDICATE TYPE)
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A buoyant device that releases/drains water from the surface of sediment ponds, traps, or basins at a controlled rate of flow.
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FLOATING SURFACE SKIMMER
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A small temporary pond that drains a disturbed area so that sediment can settle out. The principle feature distinguishing a temporary sediment trap from a temporary sediment basin is the lack of a pipe or riser.
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TEMPORARY SEDIMENT TRAP
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(LABEL)
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(LABEL)
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(LABEL)
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(LABEL)
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(LABEL)
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(LABEL)
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(LABEL)
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(LABEL)
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A rough soil surface with horizontal depressions on a contour or slopes left in a roughened condition after grading.
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A paved or short section of riprap channel at the outlet of a storm drain system preventing erosion from the concentrated runoff.
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A temporary bridge or culvert-type structure protecting a stream or watercourse from damage by crossing construction equipment.
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TEMPORARY STREAM CROSSING
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STORMDRAIN OUTLET PROTECTION
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SURFACE ROUGHENING
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A floating or staked barrier installed within the water (it may also be referred to as a floating boom, silt barrier, or silt curtain).
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TURBIDITY CURTAIN
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Paved or vegetative water outlets for diversions, terraces, berms, dikes or similar structures.
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VEGETATED WATERWAY OR STORMWATER CONVEYANCE CHANNEL
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(LABEL)
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To protect desirable trees from injury during construction activity.
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TREE PROTECTION
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The practice of stripping off the more fertile soil, storing it, then spreading it over the disturbed area after completion of construction activities.
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TOPSOILING
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(SHOW STRIPING AND STORAGE AREAS)
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(DENOTE TREE CENTERS)
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Linear control device constructed as a diversion perpendicular to the direction of runoff to enhance dissipation and infiltration, while creating multiple sedimentation chambers with the employment of intermediate dikes.
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SEEP BERM
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(LABEL)
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DRAWINGS MAY NOT BE REPRODUCED IN ANY FORM WITHOUT WRITTEN PERMISSION
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COPYRIGHT c
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ALL RIGHTS RESERVED
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REVISIONS
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No. 27840
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*
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*
Page 7: C8.0 SITE DETAILS

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*
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*
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DRAWINGS MAY NOT BE REPRODUCED IN ANY FORM WITHOUT WRITTEN PERMISSION
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COPYRIGHT c
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ALL RIGHTS RESERVED
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REVISIONS
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B
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A
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B
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A
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SEE DETAIL FOR PLACEMENT OF BALE
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D
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C
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C
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FLOW
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FLOW
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FLOW
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NOTES: : 1. BALES SHOULD BE BOUND WITH WIRE OR NYLON STRING AND SHOULD BE PLACED IN ROWS WITH BALES SHOULD BE BOUND WITH WIRE OR NYLON STRING AND SHOULD BE PLACED IN ROWS WITH BALE ENDS TIGHTLY ABUTTING THE ADJACENT BALES. TIGHTLY ABUTTING THE ADJACENT BALES. ABUTTING THE ADJACENT BALES. 2. REMOVE #4 REBAR AFTER STRAW BALES ARE NO LONGER IN PLACE. REMOVE #4 REBAR AFTER STRAW BALES ARE NO LONGER IN PLACE. #4 REBAR AFTER STRAW BALES ARE NO LONGER IN PLACE. 3. POINT C OF SECTION B-B SHOULD ALWAYS BE HIGHER THAN POINT D.POINT C OF SECTION B-B SHOULD ALWAYS BE HIGHER THAN POINT D.ALWAYS BE HIGHER THAN POINT D. BE HIGHER THAN POINT D.
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%%UPLAN
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%%UPLAN
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%%USECTION A-A
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%%USECTION A-A
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PIPE OUTLET TO FLAT AREA
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NO WELL DEFINED CHANNEL
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PIPE OUTLET TO WELL
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DEFINED CHANNEL
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La IS THE LENGTH OF RIPRAP APRON.
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D = 1.5 TIMES THE MAXIMUM STONE DIAMETER BUT NOT LESS THAN 6".
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IN A WELL DEFINED CHANNEL, EXTEND THE APRON UP THE CHANNEL BANKS TO
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AN ELEVATION 6" ABOVE THE MAXIMUM TAIL WATER DEPTH OR TO THE TOP OF
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THE BANK, WHICHEVER IS LESS.
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A FILTER BLANKET OR FILTER FABRIC SHOULD BE INSTALLED BETWEEN THE
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RIPRAP AND SOIL FOUNDATION.
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FILTER BLANKET
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A
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A
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A
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A
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FLOW
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FABRIC (WOVEN WIRE FENCE BACKING)
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TRENCH
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NOTES: : 1. USE STEEL OR WOOD POSTS OR AS SPECIFIED BY THE EROSION, SEDIMENTATION, USE STEEL OR WOOD POSTS OR AS SPECIFIED BY THE EROSION, SEDIMENTATION, AND POLLUTION CONTROL PLAN. 2. HEIGHT (*) IS TO BE SHOWN ON THE EROSION, SEDIMENTATION, AND POLLUTION HEIGHT (*) IS TO BE SHOWN ON THE EROSION, SEDIMENTATION, AND POLLUTION CONTROL PLAN.
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NOTES: : 1. AVOID LOCATING ON STEEP SLOPES OR AT CURVES ON PUBLIC ROADS. AVOID LOCATING ON STEEP SLOPES OR AT CURVES ON PUBLIC ROADS. 2. REMOVE ALL VEGETATION AND OTHER UNSUITABLE MATERIAL FROM THE FOUNDATION AREA, GRADE, AND CROWN FOR REMOVE ALL VEGETATION AND OTHER UNSUITABLE MATERIAL FROM THE FOUNDATION AREA, GRADE, AND CROWN FOR POSITIVE DRAINAGE. 3. AGGREGATE SIZE SHALL BE IN ACCORDANCE WITH NATIONAL STONE ASSOCIATION R-2 (1.5"-3.5" STONE). AGGREGATE SIZE SHALL BE IN ACCORDANCE WITH NATIONAL STONE ASSOCIATION R-2 (1.5"-3.5" STONE). 4. GRAVEL PAD SHALL HAVE A MINIMUM THICKNESS OF 6". GRAVEL PAD SHALL HAVE A MINIMUM THICKNESS OF 6". 5. PAD WIDTH SHALL BE EQUAL FULL WIDTH AT ALL POINTS OF VEHICULAR EGRESS, BUT NO LESS THAN 20'. PAD WIDTH SHALL BE EQUAL FULL WIDTH AT ALL POINTS OF VEHICULAR EGRESS, BUT NO LESS THAN 20'. 6. A DIVERSION RIDGE SHOULD BE CONSTRUCTED WHEN GRADE TOWARD PAVED AREA IS GREATER THAN 2%.. A DIVERSION RIDGE SHOULD BE CONSTRUCTED WHEN GRADE TOWARD PAVED AREA IS GREATER THAN 2%.. 7. INSTALL PIPE UNDER THE ENTRANCE IF NEEDED TO MAINTAIN DRAINAGE DITCHES. INSTALL PIPE UNDER THE ENTRANCE IF NEEDED TO MAINTAIN DRAINAGE DITCHES. 8. WHEN WASHING IS REQUIRED, IT SHOULD BE DONE ON AN AREA STABILIZED WITH CRUSHED STONE THAT DRAINS INTO AN WHEN WASHING IS REQUIRED, IT SHOULD BE DONE ON AN AREA STABILIZED WITH CRUSHED STONE THAT DRAINS INTO AN APPROVED SEDIMENT TRAP OR SEDIMENT BASIN (DIVERT ALL SURFACE RUNOFF AND DRAINAGE FROM THE ENTRANCE TO A SEDIMENT CONTROL DEVICE). 9. WASHRACKS AND/OR TIRE WASHERS MAY BE REQUIRED DEPENDING ON SCALE AND CIRCUMSTANCE. IF NECESSARY, WASHRACKS AND/OR TIRE WASHERS MAY BE REQUIRED DEPENDING ON SCALE AND CIRCUMSTANCE. IF NECESSARY, WASHRACK DESIGN MAY CONSIST OF ANY MATERIAL SUITABLE FOR TRUCK TRAFFIC THAT REMOVE MUD AND DIRT. SUITABLE FOR TRUCK TRAFFIC THAT REMOVE MUD AND DIRT. FOR TRUCK TRAFFIC THAT REMOVE MUD AND DIRT. 10. MAINTAIN AREA IN A WAY THAT PREVENTS TRACKING AND/OR FLOW OF MUD ONTO PUBLIC RIGHTS-OF-WAYS. THIS MAY MAINTAIN AREA IN A WAY THAT PREVENTS TRACKING AND/OR FLOW OF MUD ONTO PUBLIC RIGHTS-OF-WAYS. THIS MAY REQUIRE TOP DRESSING, REPAIR AND/OR CLEANOUT OF ANY MEASURES USED TO TRAP SEDIMENT.
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OUTER FACE
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ANGLE OF REPOSE
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SLOPE
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NATURAL GRADE
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EACH LIFT OF THE FILL IS COMPACTED, BUT THE OUTER
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FACE OF THE SLOPE IS ALLOWED TO REMAIN LOOSE SO
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THAT THE ROCKS, CLODS, ETC. REACH THE NATURAL
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ANGLE OF REPOSE.
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DOZER TREADS CREATE GROOVES
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PERPENDICULAR TO THE SLOPE.
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C'
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C
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VARIES
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10' MINIMUM
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TYPE "ABOVE GRADE" WITH STRAW BALES
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PLAN NOT TO SCALE
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NOTES: 1. ACTUAL LAYOUT DETERMINED IN THE FIELD. 2. THE CONCRETE WASHOUT SIGN SHALL BE INSTALLED WITHIN 30' OF THE TEMPORARY CONCRETE WASHOUT FACILITY.
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2"
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8"
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STAPLE DETAIL
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CONCRETE WASHOUT
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+
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+
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+
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+
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CONCRETE WASHOUT SIGN DETAIL (OR EQUIVALENT)
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3'
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3'
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SECTION C-C' NOT TO SCALE
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FLOW
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FLOW
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(IF NEEDED)
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ENTRANCE
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DIVERSION RIDGE
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(SEE NOTE 6)
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N.S.A. R-2 (1.5"-3.5")
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COARSE AGGREGATE
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GEOTEXTILE UNDERLINER
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TIRE WASHRACK AREA/
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TIRE WASHERS
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SUPPLY WATER TO WASH
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WHEELS IF NECESSARY
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GEOTEXTILE UNDERLINER
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HARD SURFACE PUBLIC ROAD
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SEDIMENT TRAP
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SEE NOTE 8
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CULVERT UNDER
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COARSE AGGREGATE
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(N.S.A. R-2)
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SEDIMENT TRAP
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SEE NOTE 8
Page 8: C8.0 SITE DETAILS

24 HOUR CONTACT:Derick Canup706-499-4782

1/22/2020

GASWCC LEVEL II NO: 2492

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EXCAVATE LOOSE MATERIALAFTER STABILIZATION WITH PIERS AND SUPPORTS

PLACE FLOWABLE FILL IN VOID UNDER EXISTING FOOTING AND AT A MINIMUM OF 6 INCHES OUTSIDEOF PIER SUPPORTS TO PROVIDE EROSION PROTECTION

PLACE TYPE 1 RIP RAP ALONGTOE OF ENTIRE ABUTMENT

Grade stabilization concept

note: see structural for anchoring details

PAVEMENT REPLACEMENT DETAILS

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P R O F E S S I O N A L
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No. 27840
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J
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A
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S
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N
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M
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K
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S
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M
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I
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T
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H
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*
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*
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DRAWINGS MAY NOT BE REPRODUCED IN ANY FORM WITHOUT WRITTEN PERMISSION
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COPYRIGHT c
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ALL RIGHTS RESERVED
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REVISIONS
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TURN DOWN ELBOW
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WITH INSECT SCREEN
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2" %%C GALV STEEL VENT,
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TWO PER CASING, ONE
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AT EACH END OF
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PROVIDE 2" %%C GALV STEEL DRAIN
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IN BULKHEAD AT LOW END
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OF CASING PIPE AND 1/3
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CU YD OF CRUSHED STONE
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AT DRAIN, WRAP STONE
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12"
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BULKHEAD AT EACH
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END OF CASING PIPE
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STEEL CASING PIPE
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DIP CARRIER PIPE
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TYPICAL CASING PIPE PLUG
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NON-SHRINK GROUT
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WITH FILTER FABRIC
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FINISHED GRADE
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CARRIER PIPE
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PLATE, TYP
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5/8" %%C A325 BOLT
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3/16
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4
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1" R ON ALL CORNERS
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CASING PIPE
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PIPE ALIGNMENT GUIDE
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CASING PIPE
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ALL AROUND
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ASSIST GROUT PLACEMENT,
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STYROFOAM PLUG TO
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PROVIDE PLASTIC SHEET
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BOND-BREAKER BETWEEN
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CARRIER PIPE AND GROUT,
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ALL AROUND
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3/8"x4" STEEL
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3/8" STEEL PLATE, TYP
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NOTE:
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NON-SHRINK GROUT SHALL BE
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"EUCO-N-S" BY THE EUCLID
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CHEMICAL COMPANY; "MASTERFLOW
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713" BY MASTER BUILDERS,
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OR EQUAL.
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2"
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8"
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NOTE:
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USE A MINIMUM OF 2 SPIDERS PER JOINT PLACED ONE FOURTH OF THE PIPE JOINT LENGTH IN FROM BOTH THE BELL AND SPIGOT.
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RESTRAINED JOINT PIPE AND FITTINGS SHALL CONSIST OF BOLTED RETAINER RINGS AND WELDED RETAINER BARS OR BOLTLESS TYPE WHICH INCLUDE DUCTILE IRON LOCKING SEGMENTS AND RUBBER RETAINERS. BOLTS FOR RESTRAINED JOINTS (IF APPLICABLE) SHALL CONFORM TO ANSI B18.2. RESTRAINED PIPE AND FITTINGS SHALL BE FLEX-RING OR LOK-RING TYPE JOINTS AS MANUFACTURED BY AMERICAN CAST IRON PIPE CO.; TR FLEX AS MANUFACTURED BY US PIPE, SUPER-LOCK AS MANUFACTURED BY CLOW, BOLT-LOK OR SNAP-LOK AS MANUFACTURED BY GRIFFIN PIPE PRODUCTS, OR EQUAL. NEOPRENE BEARING PADS SHALL BE FORMED FROM PREVIOUSLY UNVULCANIZED, 100% VIRGIN NEOPRENE, WITH DUROMETER HARDNESS = 50.
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AERIAL PIPE CROSSING
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GENERAL NOTES:
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1.
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2.
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STEEL CASING PIPE
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DIP CARRIER PIPE WITH
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PIPE SUPPORTS
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SEE STRUCTURAL
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PIPE, STEEL
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DIAMETER
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(IN.)
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(IN.)
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WALL THICKNESS
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CASING PIPE
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12
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PIPE, DIP
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DIAMETER
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(IN.)
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6
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CARRIER
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CASING
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MINIMUM
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0.3750
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RESTRAINED JOINT FITTINGS
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SEE STRUCTURAL FOR SPACING OF SUPPORTS
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ANCHOR BOLTS & STRAPS
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3/4" STAINLESS STEEL
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NOTES: 1. STEEL PIPE SHALL BE EITHER SPIRAL STEEL PIPE SHALL BE EITHER SPIRAL WELDED OR SMOOTH WALL SEAMLESS WITH A MINIMUM YIELD STRENGTH OF 35,000 PSI. 2. DUCTILE IRON PIPE SHALL BE SUPPORTED WITH TWO SPIDERS AT EVERY JOINT WITHIN THE CASING PIPE USING APPROVED PIPE ALIGNMENT GUIDE. ALL JOINTS SHALL BE RESTRAINED JOINT. ALL JOINTS SHALL BE RESTRAINED JOINT. . 3. SUPPORT TYPE FOR PIERS SHALL BE AS AS SHOWN ON STRUCTURAL DRAWINGS 4. DETAIL APPLIES TO ABUTMENTS ON EITHER END OF PROJECT - SEE CIVIL PLANS FOR HORIZONTAL LAYOUT OF PIPE
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EXTEND 10' BEYOND ABUTMENT
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CORE ABUTMENT
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EXISTING
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BRIDGE ABUTMENT
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NOTE ABUTMENT IS
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AT APPROXIMATELY 45%%D
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TO PIPE ALIGNMENT CORE
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HOLE WILL NEED TO BE
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AT ANGLE
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NOTE: CASING ONLY INSTALLED AT THIS TIME. CAP EACH END OF PIPE. WATER LINE SHOWN FOR FUTURE INSTALLATION REQUIREMENTS
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AERIAL CASING DETAILS (REFER TO STRUCTURAL FOR SUPPORTS)
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N.T.S.
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3" TYPE
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8" COMPACTED GRADED
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AGGREGATE BASE.
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12"
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12"
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"B" MIX
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3" MIN. TYPE B MIX.
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PROVIDE ADDITIONAL THICKNESS,
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IF REQUIRED TO MATCH
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EXISTING PAVEMENT DEPTH.
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VERTICAL EDGE
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2" TYPE "F"
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RESURFACING
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BACKFILL TO BE TAMPED
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IN 6" LAYERS