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GREENSORB"

IT'S SO EASY TO USE ... EASY TO DISPOSE ... JUST POUR ... AND SWEEP ...

Example af liquids absorbed by GreenSarb':

O ils (a ll sorts, types and viscosity)

Fuels (gaso line, jet fuel, d iesel)

Acids (except Hydrof luoric acid)

So lvents

Grease

Medical fluids

Toxins

Blood & urine

Caustic fluids

Alcohols

Paint

Sewage

Saves time and money ...

Non-toxic, non- flammable, non-react ive,

non-corrosive, non explosive, non-oxidizing,

a ll natural. Can be disposed of in landfills.

,/' u.s. EPA accepted

,/' HAZMA T safe

,/' OSHA accepted

,,/ u.s. Dept of Agricu ltu re accepted

,,/ u.s. Dept of Energy accepted

• Absorbs 7 times more than ordinary clay absorbents according to our largest customers

• Non-leaching, more than 99% retention (TCLP tested to EPA gUidelines)

• Safe to use on al l liqUids (except hydrofluoric acid)

GreenSorb ~ creates a cleaner, safer and Eco-Friendly environment in a variety of applications in retail, municipal, public and p rivate environments from garages, warehouses, workshops, production areas, supermarket stores, hospitals, hotels, storage rooms, schools, restaurants, a irports, factories, parking lots and garages.

GREENSORB"

All Purpose Uses

Industrial Factories

Machine Shops

Oil Refineries

Oil Fie lds

Steel Mdls

Environmental Brown Fields

Gas Stations

LUST

Oil Spi ll s

Hazmat Spills

Beaches

Anima l C lean-up

Recreational Bilge kits

Horse Racing tracks

I Auto Rac ing tracks

Household Kitchen oi llg rease spills I Garage oil cl ean-up

Commercial Airline MOi ntenon~

Truck Main tenance

Train Maintenance

Auto Maintenance

Auto Parts clean -up

Auto Repoi r shops

Gas Stations

Transmission Shops

Harbors

Marinas

Bus Mainte nance

Diesel Fuel Depots

Fuel Trucks

Ha zma t Trucks

Fire Dept. Hazmat

Response Trucks

Lake & Ocean Vessel

Bilge's

,

Clean-Up (ANIMAL FLUIDS, SMALL SPILLS)

Schools

Hospita ls

Nursing Homes

Home Health

Hospice

A irl ine Cabins

Restaurants

BarsiT averns

Bus Interio rs

C ruise Ship clean-up

Clean-Up !MAJOR SPILLS)

C rime scene clean -up

Accident scene

clean -up

Hazmat clean-up

Aqueous NuciearWaste clean -up

GREENSORB"

Save 15% or more using GREENSORB TN

Material to absorb 1 gal lon of oil (SAE 40 )

Cost to obsorb I gollon of oil iSAE 401

Dlsposol cost i$0.15/Ibl

Labor, storage, and handling costs ($O.02/Ib)

Cost of materia l and disposal to absorb 1 gallon of oil

Efficiency - Gallons absorbed per 50 Ib bag

Weekly use in Ibs [50 gallons of oil cleaned/weekl

Weekly cost for materia l

Weekly disposal cost i$0.15/Ibl

Weekly labor, storage, and handling costs ($O.02/Ib)

Total Weekly Spend

Annual use in Ibs (50 ga llons of oil cleaned/week)

Annual cost for material

Annual disposal cost i$0.15/Ibl

Annual labor, storage, and handling costs ($O.o2/Ib)

Total Annual Spend

Annual Savings

Annual Waste Reduction

Assumptions:

GREENSORB"

20 lbs

542.40

Free

50.40

S42.80

2.5

1,000 Ibs

52,120.00

Free

520

S2,140.00

50,000 Ibs

5106,000.00

Free

51,000.00

S107,000.00

S18,125.00

300,0001bs

I} Using GreenSorb'" list price for 50 Ib Bag or $2.12/Ib - purchasing in volume significantly reduces this price

and increases the savings

2) Weight of spilled items: Motor oil = Sibs/gal and Aviatioo Gas = 6lbs/gal

Crushed Clay

140lbs

526.25

521.00

52.80

S50.05

0.30

7,000 Ibs

51,312.50

51,050.00

5140.00

S2,502.50

350,000 Ibs

565,625.00

552,500.00

57,000.00

S125,125.00

3) Top 5 Airlines tested GreenSorb"" for 1 year and found our product to be 7 times more abSOfbant than crushed clay

4) GreenSorb"" test - worst case requires 2.51bs 01 GreenSorb'" to absorb 1 Ib spill

5) Using crushed clay price 01 $9.3Slor 50 Ibs or $0.lS7S/ lb

6) Disposal + storagellabor fees taken 1T0m generally available informat ion from the top 5 U.S. Environmental Service companies - l igures

used in calculatioos are lowest (conservative) found.

GREENSORB"

Anti-Leaching Process

Comparison of A morphous Silicate vs. GREENSORB"

Both ab50rbenl5 (Amorphous Si licate

and GreenSorb~ ) are p laced on a

clean sheet of white copy paper to

test their ability to reta in

b nti -Ieaching action) the absorbed o il As it can be seen amorphous

Silicic relea.ses 50me o il after 15

minutes. G reenSorb' reta ins a ll o f

the absorbed oil

Top left image is taken after 24

hours have lapsed a nd again it

shows amorphous Silicate re leasing

the absorbed oil G reenSorb' completely re tains it

Amorphous Silicate leaks the absorbed oil after

15 minutes, and continues to leak after 24 hours!

Green50rb'" does not release any absorbed oil, an indication

of its superior anti-leaching property.

Comparison of Clay A bsorbents vs. GREENSORB"

Both ab50rbent5 (Clay ba.sed

ab50rbent and G reenSorb") are

placed on a clean 5heet of white

copy paper to te5t their ability to

retain (anti-leaching action) the

ab50rbed oil A5 it can be .seen Clay

ba5ed ab50rbent relea.se5 50me oil

after 15 minute5. GreenSorb ~ reta in5

a ll of the ab50rbed oil

Top left image i5 taken after 24

hour5 have lap5ed and again it

5how5 Clay ba.sed ab50rbent

relem ing the ab50rbed oil. Green­

Sorb" complete ly reta in5 it.

15m;·,u' , and ~ntinuesto

lea~ aft~r 4 hours!

GreenSorbn• does not release

any absorbed oil, an indication of its superior anti-leaching

property.

GREENSORB"

Comparison Matrix Chart

GREENSORB" Proprietary Cocktai l of Earth Materials

Amorphous A lumina Silicate

Plant by-product

Silica C lay

Corn Cob

Volcanic Ash

Sphag-Moss

Total Encapsulation

YES

NO

YES

NO

NO

NO

NO

Green

YES

NO

YES

NO

YES

YES

YES

Bio­Remediation

NO

YES

NO

YES

YES

YES

YES

Eliminate Disposal Process

YES

NO

YES

NO

NO

NO

NO

GREENSORB"

Research

GreenSorb" passed all tests and exceed ed te 5ting gU ideline 5, stand ards, and require ments for safety and cleanup of spill s_

-

illinois Institute

o f Technology

Northwestern

University

University of

illinois

United States

Dept o f Agriculture

United States

Dept o f Energy

Testing determined that our products were able to absorb any

hydrocarbon, petro chemica l, or hazardous material except hydrofluoric acid. It al50 determined the optimum formula and product ion configuratio n

Initia l research performed to determine its U5eS world Wide, in a ll cl imates, in a ll types o f sal t waler for o il spill applications, and even

secondary appkations a fter absorption hydrocarbons such a.s road bUild ing instead of d ispo5a1 Various types of cooKing oils were

0 150 addressed and tested

Researched applications used on animal body fluids, Le_ fah, oils,

g rea.ses, urine, feces, b lood, and vomit Thi5 work al50 included a nti -5lippage qua litie5 as well as absorptio n qualitie5 to dete rmine

ito, safety capabilitie5 These experiment5 determined it5 U5eS in the food proces5ing industry and re5taurant a pplication5 w ithin OSHA gUidelines

Based on the re5ulh o f the above experiments a t the Univer5ity o f I

JII inoi5, our product hm USDA approva l for U5e in meat and

chicken packing p lants and the food indu5try in genera l.

Argonne National laboratory

In order to achieve a Hanford National Laboratory requirement that a product mU5t pa5S a 20 pound external pre5sure te5t to be con5idered for mixed wmte We doubled this requirement and had Argonne National Laboratory conduct a 40 pound external pre5sure te5t on our product

Argonne u5ed three d ifferen t type5 o f materials o f their own choosing and once again, our products pa5Sed w ith flying color5_

The US Department of Ene rgy's Argonne Nationa l Laboratory i5 operated under the auspice5 of the University of Chicago

Hanford National Laboratory

Based on the result5 o f the te5ting by A rgonne National Laboratory, GreenSorb' was placed on the approved li5t o f the Hanford Site Solid Waste Acceptance Program_ This mean5 GreenSorb· is now qualified to absorb aqueou5 nuclear

materials

GREENSORB"

Material Safety Data Sheet

Manufacturer:

Phone: Facsimile:

Sorbent Green LLC 200 S. Wacker Drive, Suite 1500 Chicago, IL 60606 [8001 259~3577 [31 2 1 3 48~6293

SECTION I. MATERIAL IDENTIFICATION Identity: Chemical Family: DOT Classification:

Floor Ab50rbenl - G ree nSo rb ~ Montmorillonite Not Regulated

SECTION II. INGREDIENTS AND HAZARDS Contains Crystalline Silica (As quartz)

1. No 5ub jed reporting requirements under SARA, Title III, Section 31 3

2. ACGIH - Respirable Dust

Date Prepare d Ja nuary 2010

3. IARC ha.s de termined thai there is limited evidence for the carcinogenicity o f crystal line sil ica to human5

involved in occupatio ns such as miners, quarry workers, foundry workers, cera mic workers, g ranite workers, and stone cutters However, crystal line sil ica in the respirab le range is below the OSHA concentration limit of 01% Additiona lly, applications data indicates that respirable quartz in this product is we ll below the OSHA permissib le exposure limit (PEL) and the AC G IH threshold limit value mv): both va lues are listed as 0.1 mg/m (time weighted ave ragesl. Therefore this material is conside red NOT HA ZARDOUS

• Contains crystal line sil ica, silicon a lloys, and compound s !as Sit quarts, magnesite, flourides, iron, and nonreportab le traces of maganese and/or maganese a lloys and compound s (as Mnl

SECTION ilL PHYSICAL AND CHEMICAL CHARACTERISTICS Boiling Point: Vapor Pressure (mm Hg) Vapor Density (Air=1) Water Solubility: Appearance & Odor:

NIA NIA NIA Negligible Reddish Brown, f lat, musty odor

SECTION IV. FIRE AND EXPLOSION DATA I Flammabil i ty: Not Combustible

Specific Gravity (H20=1):

Evaporation Rate: Melting Point: Bulk Density:

See Bulk Densi ty NIA NIA 38-39 Ibs/cf t

GREENSORB"

Material Safety Data Sheet SECTION V. REACTIVITY DATA

Stability: Stable Incompatibility: Under uncommonly d ry condition!'. temperature bui ld up may occur w ith certain solvent!'. and

vegetable o ils Do not use w ith hydrolluoric acid

Hazardous Decomposition or By-Product: None

Hazardous Polymerization: Will not occur

SECTION VI. HEALTH HAZARD INFORMATION

Inhalation: Based on limited evid ence, crystal line si lica is classified by IARC in Group 2A, "Probably carcino­genic to huma ns' Crystal line silica, including quartz, is pre sent in many mineral p roducts

Signs and Symptoms of Exposure: N/A Medical Conditions Generally Aggravated by Exposure: N/A

Emergency and First Aid Procedures: No specia l procedures required

SECTION VII. PRECAUTIONS FOR SAFE HANDLING AND USE

Steps to be take in case material is released or spilled: Vacuum or 5weep up_

Waste Disposal Method: Dq)05e of in accordance w ith 5tate and IoCal laW5

Precautions to be taken in handling and storage: N/A

Other protective clothing or equipment: N/A Work/Hygienic Practices: Normal good work and 5afety practice5

SECTION VIII. CONTROL MEASURES

Respiratory Protection: General N IOSH approved dU5t re5pirator in working with large quantit ie5

Ventilation: Normal exhau5t

Protective Gloves: N/A Other protective clothing or equipment: N/A

Work/Hygienic Practices: Normal good work and 5afety practice5

Sorbent Green LLC make5 no warranty, expre55 or implied, with re5pect to the product and it5 U5e5, including, but not limited to, no imp lied warranty of merchantabi lity a nd no warranty of fitne55 for a particular purpose, a nd

Sorbent Green LLC 055ume5 no re5pon5ibil ity for any liab i lity or risk arising from the use of a ny G reenSorb product or any GreenSorb product information

GREENSORB"

Tested Safe Tests far Toxicity C haracteristic Leaching Procedure (TCLP) The US Environmental Protection Agency (EPA) estab lishes specific & definite cri ter ia to determine if solid wa.sle should be conside red hazardous_ Wa.ste or spi lls thai are classified as hazardous are genera lly harmful to huma n life a nd the environment. The ru les a nd regulatio ns concerning the storage, shipment, treatment and legal d isposal of ha zardous wmle a pply a nd compliance is often very e xpensive

us. EPA TCLP Test Standards Results Compound Img/ll Test 1 Test 2 Test 3 O-Cre501 200.02 <0.20 <0.20 m,p - Cre sol 200.02 <0.20 <0.20 1A D ichlorobenzene 7.5 <0.005 <0.10 <0.10 2A D inilro lo luene 0.133 <0.10 <0.10 Hexachlorobenzene 0.133 <0.10 <0.10 Hexachlorobuladiene O.S <0.10 <0.10 Hexachloroethane 3.0 <0.10 <0.10 Nitrobenzene 2.0 <0.10 <0.10 Pentachlorophenol 100.0 <0.50 <0.50 Pyrid ine 5.03 <0.10 <0.10 2.4.5 -T richlorophenol 400.0 <0.10 <0.10 2A6-Trichlorophenol 2.0 <0.10 <0.10 Benzene o.s <0.005 <0.10 <0.10 Carbon tetrachloride o.s <0.005 <0.10 <0.10 Chloroform 6.0 <0.005 <0.10 <0.10 l,2-Dichloroethane O.S <0.005 <0.10 <0.10 l .l -Dichloroethane 0.7 <0.005 <0.10 <0.10 Methyl ethyl ketone 200.0 <0.010 <1.00 <1.00 Tetrachlorethane 0.7 <0.005 <0.10 <0.10 Trichlorethane O.S <0.005 <0.10 <0.10 Vinyl chloride 0.2 <0.005 <0.10 <0.10 Ar5enic 5.0 <1 .00 <1.00 Barium 100.0 <1.00 <1.00 Cadmium 1.0 <0.021 <0.020 Chromium 5.0 <0.020 <0.020 lead 5.0 <0.100 <0.100 Mercury 0.2 <0.0010 <0.0010 Se lenium 1.0 <0.400 <0.400 Silver 5.0 <0.0200 <0.0200

Laboratary Lacatlan T. st Numb.r Oat. Conduc;:ted Sponsared by Envoro ·Test/Perry La bs Chicago, IL Test 1 August 9 1996 Av.aloon Custa me r Inchcape Tesllng ServICes Da ll as, TX Test2&3 October 25, 1996 Pet ro-Chemical Customer

The three 5eJXlrate field te5t5 featured were performed by independent lab5 G reenSorb ~ wo5 uo.ed in removing petroleum bmed liquid comprio.ed of water. g05, die5el fuel. and tran5ffl i55ion flu id. The conclusion is that G reenSorb ~ 5afely ab50rbed the 5pill. and the spill was completely absorbed into the G reenSorb ~ now d ry The GreenSorb' w ith ab50rbed waste was found to be non-hazardou5 materia l in accordance w ith the Re50urce Conservation and Recovery Ad (RCRAl. This meant that it could be d isposed of 05 a regular, non-hazardous w05te prcx:lud at a significant C05t 5aving51

10/12/2004 14:48 7578558014 UNIVERSAL

UNIVERSAL LABORATORIES

20 Research Drive Hampton, Va 23666

1-800~69!5-2162

(757) e65-0880 Fax; (757) e65~8014 E·m all: I nfo@univef'Sli'lllaboratories."et

Date:

Pages:

To:

Fax#: Email:

From:

Subject:

Wednesday, October 131 2010

Page 1 of 3

Tony Gillis

Myriad Greeyn Energy

(806) 498 .. 3604

I'"" ,"," ""I Dan Thornton I"' " 1 Mike Jennings

Results for Project Product Testing

designated as UL Order Id 1009423 and received on

Wednesday', September 22, 2010

PAGE 01

VDEH Leb# 00030 (Hampton)

VDEH LaM 0006S (Fredrlck!\burg)

North Carolina Drinking Wfiltar Lab '# 51706 EPA LAS CODE VA00912 1009423.00;

North CarolinA WastewalerJGroundw:tler l~b # 54.~ VOE.Q l:1b :tiMOOO~

10/12/2004 14:48 7578558014 UNIVERSAL PAGE 02

UNIVERSAL LABORATORIES 20 Researc:h Drive Hampton, Va 23666

r·········_···

I I Order ID: 1009423 REPORT OF ANALYSIS l

TEL.EPHONEt fa''') BIJ~.ClI!BD (REPORT DATE) TOL.L-FREE: ~ OD) 1I11 • .21G! fiAX: (757) 88 .1014 13 .. 0ct-l0

TO: Myriad Gmeyn Energy UL Sample Number: 1009423·001 2342 Croix Drive Sample ID: Paint WastQ From Flow$erve Virginia Seach Va 23451 Grab Date/Tims: 9/22/2010

ATTN: Tony GIIII!; Com posite Start: N/A Composite Stop: N/A

Project 10: Product Testing Collected By: Client Project. N/A

Site: Peint Waste From Flowserve Matrix; Liquid

Comments for Order: .. .. II • II I' "" _." ...... ,, -.... __ ." .. ,. "'" .. ,' " , ,,, .. , "U[" Re'poii

Test Analysis Analyst Parameter Method Units Limit Date/Time

Absorption R;atio Manual 2~55:1 9/22/2010 Grs£lnsrlrb : Sample 13:32:00

Pyridine (TCLP) SW-646 1311/8270 D < fTlQ/!. 0,02 10J1/2010 04:35:00

Ht:lxachloroethane (TCLP) SW-846 1311/ 8270 0 .: mgll o O~ 101112010 04:35~00

Total Cresols (TCLP) SW .. 846 1311/8270 D <: mgJL 0.02 10/1/2010 04:35:00

Nitrobenzene (TCLP) SW-846 13111 8270 0 < mg/L 0.02 10/1/2010 ()4;3S;oo

Hexachlorobutadiene (TCLP) SW-846 1311/8270 D <' mQ/L 0,02 10/1/2010 04:3'>:00

2,4.6-Trlchlorophenol (TCLP) SW-846 1311/6270 D < mg/L 0.02 10/1/2010 04;35:00

2.4,5~Trichlorophenol (TCLP) SW-S46 1311/8270 D < mg/L 0,02 10/112010 04:35:00

2.4-Dinitrotoluene (TCLP) SW-B46 1311/8270 0 <: mgfL 0.02 10/1/2010 04:35:00

Hex::Jchlorobenzene (TCLP) SW-846 1311/82700 < mg/L 0.02 10/1/2010 04:35:00

Pentachlorophenol (TCLP) SW-845 1311/827D 0 < mg/L 0.02 1 OJ1/201 0 04:35:00

Arsenic (TCLP) SW-S46 1311/6010 C < mg/L 0.005 9/24/2010 09:4,7:00

Barium (TCLP) SW-846 1311/e010 C 0.593 mg/L 0.005 9/2412010 09:47:00

Cadmium (TCLP) SW .. 846 1~11/6010 C < mglL 0.005 9(24/2010 09:47:00

Chromium (TCLP) SW-8481~11/6010 C < mg/L 0.005 9/24(2010 09;47:00

Lead (TCLP) SW-846 1311/5010 C 0.009 mg/L 0.005 9/240/2010 09:47:00

Selenium (TCLP) SW·846 1311/6010 C < mg/L 0.005 9/24/2010 09:47;00

Silver (TCLP) SW-84B 1311/5010 C 0( mg/!. 0.005 9/28/2010 09:46:00

Pagl!J 21'lf:l VOEH Ll'b# 00030 (H~r'npton)

VOEH Labfol 00065 (F~drtek,burg)

North Carolina Drinking Wl3ter Lab'" 5170e EPA LAB COD~ VA00912 100Q~23· DOI

Nor1M C3folina Wa~r~wat~r/Gl'Oundwater Lab # 543 VDEQ lab #MOOO~

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10/12/2004 14:48 7578658014 UN I 'v'ERSAL PAGE

Mercury (TCLP) SW-846 1311/7470 0.0091 mg/L 0,0002 9/24/2010 10:10:00

Lindi!lne (TCLP) SW-846 1311/8081 B < mg/L 0,005 1 OJ5/201 0 16:23:00

Heptachlor (TCLP) SW-846 1311/8081 8 <: mg/L 0.005 10/0/2.010 16:23:00

Heptachlor E.poxide (TCLP) SW-846 1311/80B1 B <: mg/L 0,005 10/5/2fJ1C 113:23:00

Endrln (TCLP) SW~846 131118081 B < mg/L 0.005 10/5/2010 16:23:00

Methoxychlor (TCLP) SW-e46 1311/8081· B <: mg/L 0,02 10/5/2010 16:23:00

Chlordal"le (TClP) SW·846 1311/8081 B <; mg/L 0.02 10/5/2010 16:23:00

ToxaphenQ (TCLP) SW-B46 1311/8081 B <' mg/L 0,05 10/5J2010 1e~23:tlo

Vinyl Chloride (yelP) SW-846 1311/8260 B '<' mg/L 0,2 10/11/2010 20:56:00

1 ,1 -Oichloroethylene (TCLP) SW-8461311/B260B < mg/L 0,2 10/11/2010 20:56:00

Chloroform (TCLP) SW-846 1311/8260 B < mg/L 0.2 10/11/2010 20:56:00

Carbon Tetrachloride (TClP) SW"846 1311/82608 <: mg/L 0.2 10/11/2010 20:M:OO

1,2-Dichloroethane (TCLP) SW-846 131 1/8260 B <: rng/L 0.2 10/11/2010 20:56:00

Methyl ethyl ketone (TCLP) SW-B46 1311/8260 B 0.7 mg/L 0.2 10/11/2010 20:55:00

Benzene (TCLP) SW-846 131118260 B < mglL 0,2 10/11/2010 20:58:00

Trichloroethylene (TCLP) SW~8461311/826G B < mg/L 0.2 10/11/2010 20:56:00

Tetrachloroethylene (TCLP) SW-846 1311/8260 B < mg/L 0.2 10/11/2D10 20:56:00

Chlorobenzenll (TCLP) SW-B46 1311/8260 8 < mg/L 0.2 10/11/2010 20:56:00

1.4-Dlchlorobenzene (TCLP) SW-B46 1311/8260 6 < rnglL 0.2 10/11/2010 20:56:00

Comments for S2Imple I 1009423~OO1 ZId1!lmitted,cr-"No ~ommtn....1i

~1...fL.,"":l-

VDEH LB~ 00030 (H<JfYlPlon)

VOEH L'tIb# OOOSS (~radriekBburg)

North Caro11oa Llril"lkil')g Water Lab # 51706 EPA LAB CODE VA00912 100~<l~;)·(11)1

Non.h C-~roljM We~l~wstBr/Groundw.qter L3b # 543 VDEQ Leb #000003

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. CHAIN-OF-CUSTODY

Commen1s:

Possible Hazards:

Re1inqu1shed By Slgnature

RetJelvOO By Signature

ReIinquished By Signature

Received By Sigfl~ure

ReUnquished By Signatur&

Rec-eived By Sf9naliJre

~~7

UNIVERSAL LABORATORIES

20 Research Drive Hampton. VA 23666

Phone: (757) aeS-0880 Fax: (757) 865-8014

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Compan}r

Pres V

Work Order No.

Delivery Order

TransD Grab 0 CompO

Datemme ShipprnglDe~very Charges

Datefflme Composite Start COmposite Stop

DatefTime