berri brochure

BIO-ENVIRONMENTAL RESOURCE RECOVERY INTERNATIONAL, LLC

BERRITM

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BERRIBIO-ENVIRONMENTAL RESOURCE RECOVERY INTERNATIONAL, LLC

ADVANTAGES OF THE BERRI MARS PROCESS:1. Minimizes odors within hours2. Produces rich soil in 60-70 days3. Exterminates pathogens4. Annihilates carcinogens5. Disassembles toxins6. Destroys parasites/bacteria7. Kills weed seeds8. Has minimal or no leachate9. Binds heavy metals10. Has no methane emissions11. Is a cheaper alternative to chemical oxidation or incineration12. Works in acidic or alkaline soil13. Reduces labor and equipment costs

BERRI™ (Bio-Environmental Resource Recovery International), currently a Limited Liability Company registered in Washington State and headquartered in Walla Walla, WA, is a uniquely innovative bio-tech company. BERRI transforms hazardous landfill materials into safe, nutrient-filled dirt, and improves soil, water, and air quality to enhance health.

BERRI’s bio-remediation methods recycle our planet’s resources that are hidden in unusable and hazardous bi-products found in the agricultural industry, the petroleum industry, and municipal landfills.

BERRI is capable of dealing with a wide range of waste materials that typically are harmful to the environment and frequently are a significant health hazard. Most of these materials eventually find their way into large and often poorly managed landfills that do not conform to regulatory oversight procedures—particularly true in less industrialized nations.

Tests have successfully proven that the scientific process used by BERRI can digest large bovine carcasses, break down almost everything found in a landfill, and remediate soils heavily contaminated with industrial oils and tars. This procedure is made possible by a scientific process BERRI has termed MARS® (Microbially Accelerated Regeneration Science).

TM

AREAS BERRI HAS DEMONSTRATED REVOLUTIONARY CAPABILITIES:

Initial Test—From May through July 2007, testing done at Rat-

tlesnake Ridge Landfill, Bingham County, Idaho, demonstrated

the accelerated composting of dead bovine specimens, ma-

nure, and green waste. Chips made from plywood containing

formaldehyde, creosote coated railroad ties, and tree trim-

mings provided porosity. Diapers, catalogs, tire pieces, oth-

er miscellaneous MSW, large amounts of grass clippings, and

leather were also processed. The end result was toxic free, ex-

tremely high quality organic compost.

Toxic Waste—From September to October 2008, BERRI dem-

onstrated its ability to render polyaromatic hydrocarbons in

oil sludge non-toxic. Hydrocarbons were eliminated and high

concentrations of dibenzofurans were rendered non-detect-

able. Dibenzofurans are closely related to PCBs and dioxin.

Sewage Treatment—From to September to November 2009,

testing done at Rexburg, Idaho, Water Reclamation Plant

demonstrated the ability of the MARS process to convert bio-

solids to high quality, nutrient rich compost, with no traces of

any pathogens.

Municipal Solid Waste— From August to November 2010, testing

done at Rattlesnake Ridge Landfill in Bingham County, Idaho,

BERRI demonstrated the MARS process ability to convert mu-

nicipal sound waste to usable soil/compost. With the MARS

process and recycling, BERRI can reduce the amount of MSW

that needs to be buried at a landfill by over 80 percent. PCBs,

diesel fuel, gasoline, adhesives, leather, and many pesticides

were completely eliminated. See preliminary test results in the

last few pages of this brochure.

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INITIAL TEST

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Initial Test • From May through July, 2007

• Tes6ng done at Ra:lesnake Ridge Landfill, Bingham County, Idaho

Microbial Diges=on of Persistent Clopyralid Pes=cide

•  3,6-Dichloro-pyridine-2-carboxylic acid (Clopyralid)

•  Clopyralid persists in compost (ending recycling!)

•  Phytotoxic to dicots after 18 mo. of composting

•  Best-known example – 1990s, State of Washington

•  Chlorinated, ring-structure pesticides

Windrows Turned Within 24 hours -- no rotting-carcass odors

{& temperatures in windrows >66oC (150o F)}

2007, Bingham County, Idaho 1,400-‐lb Bovines

Using the BERRI MARS process, these were gone in 30 days (except for large bones)

Garbage Remedia=on This is a look after 20 days. There were 98

carcasses in this windrow. It smelled great!

Ingredients Processed

•  Dead bovine specimens

•  Manure

•  Green waste including tree trimmings and grass clippings

•  Chips made from plywood containing formaldehyde, and creosote coated railroad 6es.

•  Diapers, catalogs, 6re pieces, and other miscellaneous MSW

•  Leather

The 2007 project turned MSW & 300 carcasses into black dirt

•  Laboratory analyses verified • Pathogen death (animal & plant) • Pes=cide diges=on • Cresol disassembly • Formaldehyde destruc=on

Microbial Diges=on of Persistent Picloram Pes=cide

•  4-‐amino-‐3,5,6-‐trichloropyridine-‐2-‐carboxylic acid (Picloram) ½ life = 300 days

•  Picloram is described as the most persistent of its family of herbicides.

•  Manure of animals that have grazed on Picloram-‐treated grass is phytotoxic to dicotyledons.

• Pathogen death (animal & plant) • Pes=cide diges=on • Cresol disassembly • Formaldehyde destruc=on

Laboratory Analyses Verified

Bio-Stimulant Soil Amendment Compost and bones, all that’s left after 60 days Results of Laboratory Analyses

Human Pathogen Species

Escherichia coli Not detected

Salmonella sp. Not detected

Staphylococcus aureus Not detected

TOXIC WASTE

Rapid Bioremedia,on of Soil Contaminated with Petroleum Hydrocarbons & Polychlorinated

Dibenzofurans

Tar Pond Bioremedia,on Bench Test

•  Furans are described as not biodegradable •  135 polychlorinated dibenzofurans (differing in the

number and locations of chlorine atoms) •  Dibenzofurans do not dissolve in water •  Dibenzofurans persist unchanged in the

environment attached to particles of soil •  Accumulate in animal tissue •  Add 1 oxygen; produce dioxin. Remove 1 oxygen;

produce PCB.

Review of Evidence Related to Bioremedia,on of Hydrocarbons and

Phenolics

•  Methylphenols (cresols) eliminated

•  Chlorinated picolinate biodegraded

•  Shredded ,res (2007) decomposed

SEWAGE TREATMENTBio-‐Environmental Resource Recovery Interna5onal

(BERRI) DISHA Research Project

Rexburg, Idaho Water Reclama;on Plant Use of MARS Inoculant &

MARS Process as a Process to Further Reduce Pathogens

October, 2009 MARS = Microbially Accelerated Regenera;on Science DISHA = Demonstra;on, Innova;ve, Safe, Hygienic Amendment

One Week After Windrows Were Assembled Photograph Taken on October 14, 2009. No Leachate Ever!

Pasteurization – the temperature of the sewage sludge is maintained at 70oC (158oF) or higher for 30 minutes or longer. (Federal EPA)

Laboratory Analyses Results Nitrogen (N), Phosphorus (P), Potassium (K)

From: Energy Laboratories – Analy2cal Excellence Since 1952

Windrows #1 #2 #3 #4 Means lb/ton lb/ton lb/ton lb/ton lb/ton

N 64 72 56 64 64 P 44 33 34 34 35 K 23 25 22 22 23

Results of Laboratory Analyses

Micronutrients Analysis by IAS Laboratories

Ca S Mg Na Fe Zn Mn Cu B % % % % ppm ppm ppm ppm ppm 4.8 4.5 0.8 0.15 7600 450 250 120 83

Construction & Demolition Wallboard Was Hauled to the Site to be Mixed With the Sewage Sludge

Straw & Wood Chips: To Build Absorbent Bed DISHA Project’s Target Material Human Sewage Solids Precipitated After Aerobic Digestion

The word “disha” is Nepalese for human sewage sludge

Sludge Mixed With Wood Chips & Wallboard On Absorbent Bed

Turning Windrows Enhances Oxygenation Five Turnings to Comply With National Organic Program

High Temperatures Kill Germs Temperatures were recorded aXer a short period of probe inser;on. Measured degrees rose for many more minutes.

High Temperatures Produce a Need for Added Water

PAH-‐contaminated Soil PAH-digesting Microbes

Tar Pond Hydrocarbons (ppm) » Before MARS AKer MARS

•  TPH 160,000 N.D. •  Naphthalene 71,000 N.D. •  PAH 321,600 N.D. •  Dibenzofurans 11,000 N.D.

•  Total HCs 481,114 N.D.

Results of Laboratory Analyses Human Pathogen Species

Escherichia coli Not detected

Salmonella sp. Not detected

Staphylococcus aureus Not detected

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MUNICIPAL SOLID WASTE — INFORMATION— BERRI —

A Revolutionary Perspective on Municipal Landfill Materials (MLMs)

Using MARSTM (Microbially Accelerated Recovery Science)

u  Solve Compliance Problems u  Recycle Resources u  Create New Revenue Source

BERRI Solves Landfill Challenges

u  Space, NIMBY, Rising Land Prices

u  Mosquito Pools, Pathogens, Flies

u  Leachate, Surface Water, Aquifers

u  Air Quality (odors, H2S, methane)

BERRI Eliminates These Landfill Concerns

u  Common Household Garbage u  Diapers, Sewage Sludge u  Pathogens (human, animal, plant) u  Wallboard / Drywall / Sheetrock u  Engineered Wood (aldehydes) u  Treated Wood (creosote, P.C.P)

BERRI Reduces Escalating Costs

u  Transportation

u  New Monitoring Wells

u  New Liners, Membranes, etc.

u  Analytical Laboratory Fees

u  Covering Daily With Clean Dirt

Landfill Becomes a BERRI MARSTM

Resource Recovery Park u  Contaminants Become Resources u  Nuisance Materials are Resources u  Operational Costs are Reduced u  Liner and Cell Costs Reduced u  Landfill Increases Airspace u  Create Revenue From Soil/Nutrients

Putting BERRI MARSTM Micro-organisms to Work

u  Formulated, Proprietary Microbes u  Thermophilic (131o to 160o F) u  High temperatures for > 30 days u  Eliminate Pathogens, Herbicides u  Eliminate Carcinogens, Mutagens u  Comply with EPA, 40-CFR part 503 u  Recycle 80% to 90% of landfill debris

MSW Bio-‐processing Test Autumn 2010

Ra:lesnake Landfill

� Conducted by BERRI, LLC

� For State of Idaho Dept. of Environmental Quality

� Thanks to Bingham County for use of research site

ü  Reduced labor, fuel, & equipment costs ü  Windrows turned much less frequently

ü  Time-savings & space-savings ü  It is totally aerobic

ü  It creates exodigestive enzymes

ü  Odor and dust control

A much-superior bio-processing method

BERRI MARSTM Process Benefits

Six Windrow Sites Were Engineered to be Lined for Test Purposes

BERRI MARSTM Additional Financial Advantages

u  Harvest Micro-Nutrients & Humates u Sell Finished Soil u Save on Cost of New Burial Cells u Save on Haz. Mat. Costs u Reduce Greenhouse Gas Emissions

– Sell Carbon Credits

Membranes Were Connected to Leachate-‐CollecHon Drums

u  Cheyenne, Wyoming (small city) u  Cheyenne projected 10 yrs. life u  8 yr. later (2005), 5 yr. of space! u  Not one cubic yard of space added u  The city had started composting! u  Diverted food, yard trimmings u  1st yr.: 32,662 x $17.50=$571,585

Actual Example of Financial Benefit

MUNICIPAL SOLID WASTE — TEST

MUNICIPAL SOLID WASTE — TEST (CONTINUED)

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Leachate-‐CollecHon Drum Down-‐Gradient from Sealed, Gravel-‐Filled Funnel of HDPE Membrane

Windrow LocaHons Were Centered Over High-‐Density Polyethylene Membranes

Six Windrow Beds Were Created Ready to Receive MSW

Whatever Trucks Brought Was Shredded (Unsorted)

Shredded & Compacted MSW for Research Windrows

Shredded MSW to Form Windrows With Tanned Leather Added

Windrows of Shredded MSW Were Treated With BERRI-Grown Inoculants

Carcinogens on EPA 215 & PesHcides Were Added

Other Hazardous Chemicals Added (Solvents, Diesel Fuel, Gasoline)

First Turning of Windrows (October 18, 2010 – aYer 2 weeks)

Second Turning of Windrows Lost Heat in Zero Temp. 2 hr. Later, > than EPA limit

Windrow with Extra Toxins After 4 wks (Oct. 27, 2010)

Highest Temp. Measured was 182.8o F /~ 84oC

MSW is Becoming Black Dirt (From Windrow Interior aYer 4 Weeks)

From Windrow #2 AYer 5 Weeks

LABORATORY ANALYTICAL REPORT

Client: Berri LLC

Project: Composte for Hazardous Material

Lab ID: B10120920-001

Client Sample ID: Compost Analysis

Collection Date: Not Provided

Matrix: Solid

Report Date: 12/17/10

DateReceived: 12/09/10

Analyses Result Units Analysis Date / ByRL Method

MCL/

QCLQualifiers

Prepared by Billings, MT Branch

PHYSICAL CHARACTERISTICS

12/13/10 05:35 / amn0.2wt%7.9Moisture SW3550A

METALS, TOTAL - EPA SW846

12/14/10 00:44 / rlh5mg/kgNDAntimony SW6010B

12/14/10 00:44 / rlh5mg/kg5Arsenic SW6010B

12/14/10 00:44 / rlh5mg/kg289Barium SW6010B

12/14/10 00:44 / rlh5mg/kgNDBeryllium SW6010B

12/14/10 00:44 / rlh1mg/kgNDCadmium SW6010B

12/14/10 00:44 / rlh5mg/kg369Chromium SW6010B

12/14/10 00:44 / rlh5mg/kgNDCobalt SW6010B

12/14/10 00:44 / rlh5mg/kg216Copper SW6010B

12/14/10 00:44 / rlh5mg/kg13Lead SW6010B

12/14/10 00:44 / rlh5mg/kg11Nickel SW6010B

12/14/10 00:44 / rlh5mg/kgNDSelenium SW6010B

12/14/10 00:44 / rlh5mg/kgNDSilver SW6010B

12/14/10 00:44 / rlh5mg/kgNDThallium SW6010B

12/14/10 00:44 / rlh5mg/kg6Tin SW6010B

12/14/10 00:44 / rlh1mg/kg9Vanadium SW6010B

12/14/10 00:44 / rlh5mg/kg156Zinc SW6010B

SEMI-VOLATILE ORGANIC COMPOUNDS

12/10/10 21:14 / dsm1.7mg/kgND1,2,4,5-Tetrachlorobenzene SW8270C

12/10/10 21:14 / dsm1.7mg/kgND1,2,4-Trichlorobenzene SW8270C

12/10/10 21:14 / dsm1.7mg/kgND1,2-Dichlorobenzene SW8270C

12/10/10 21:14 / dsm1.7mg/kgND1,3,5-Trinitrobenzene SW8270C


12/10/10 21:14 / dsm1.7mg/kgND1,3-Dinitrobenzene SW8270C

P 12/10/10 21:14 / dsmmg/kgND1,4-Benzenediamine SW8270C


12/10/10 21:14 / dsm1.7mg/kgND1,4-Naphthoquinone SW8270C

12/10/10 21:14 / dsm1.7mg/kgND1-Methylnaphthalene SW8270C

12/10/10 21:14 / dsm1.7mg/kgND1-Naphthylamine SW8270C

12/10/10 21:14 / dsm1.7mg/kgND2,3,4,6-Tetrachlorophenol SW8270C

12/10/10 21:14 / dsm1.7mg/kgND2,4,5-Trichlorophenol SW8270C


12/10/10 21:14 / dsm1.7mg/kgND2,4-Dichlorophenol SW8270C

12/10/10 21:14 / dsm1.7mg/kgND2,4-Dimethylphenol SW8270C

12/10/10 21:14 / dsm17mg/kgND2,4-Dinitrophenol SW8270C

12/10/10 21:14 / dsm1.7mg/kgND2,4-Dinitrotoluene SW8270C



12/10/10 21:14 / dsm1.7mg/kgND2-Acetylaminofluorene SW8270C

12/10/10 21:14 / dsm1.7mg/kgND2-Chloronaphthalene SW8270C












12/14/10 00:44 / rlh5mg/kg13Lead SW6010B





12/14/10 00:44 / rlh5mg/kg6Tin SW6010B


12/14/10 00:44 / rlh5mg/kg156Zinc SW6010B



































12/14/10 00:44 / rlh5mg/kg13Lead SW6010B





12/14/10 00:44 / rlh5mg/kg6Tin SW6010B


12/14/10 00:44 / rlh5mg/kg156Zinc SW6010B
























Report

Definitions: PRELIMINARYRL - Analyte reporting limit. MCL - Maximum contaminant level.

QCL - Quality control limit. ND - Not detected at the reporting limit.

P - Poor method performance. Method validations have shown no recoveries at low levels or erratic method performance.


Client: Berri LLC


Lab ID: B10120920-001



Matrix: Solid




MCL/

QCLQualifiers



12/10/10 21:14 / dsm1.7mg/kgND2-Chlorophenol SW8270C



12/10/10 21:14 / dsm1.7mg/kgND2-Nitroaniline SW8270C

12/10/10 21:14 / dsm1.7mg/kgND2-Nitrophenol SW8270C

12/10/10 21:14 / dsm1.7mg/kgND2-Picoline SW8270C

12/10/10 21:14 / dsm1.7mg/kgND3,3´-Dichlorobenzidine SW8270C

12/10/10 21:14 / dsm1.7mg/kgND3,3´-Dimethylbenzidine SW8270C

12/10/10 21:14 / dsm1.7mg/kgND3-Methylcholanthrene SW8270C


12/10/10 21:14 / dsm17mg/kgND4,6-Dinitro-2-methylphenol SW8270C

12/10/10 21:14 / dsm1.7mg/kgND4-Aminobiphenyl SW8270C

12/10/10 21:14 / dsm1.7mg/kgND4-Bromophenyl phenyl ether SW8270C

12/10/10 21:14 / dsm1.7mg/kgND4-Chloro-2-methylphenol SW8270C



12/10/10 21:14 / dsm1.7mg/kgND4-Chlorophenyl phenyl ether SW8270C


12/10/10 21:14 / dsm17mg/kgND4-Nitrophenol SW8270C

12/10/10 21:14 / dsm1.7mg/kgND4-Nitroquinoline-n-oxide SW8270C

12/10/10 21:14 / dsm1.7mg/kgND5-Nitro-o-toluidine SW8270C

12/10/10 21:14 / dsm1.7mg/kgND7,12-Dimethylbenz(a)anthracene SW8270C

P 12/10/10 21:14 / dsmmg/kgNDa,a-Dimethylphenethylamine SW8270C

12/10/10 21:14 / dsm1.7mg/kgNDAcenaphthene SW8270C

12/10/10 21:14 / dsm1.7mg/kgNDAcenaphthylene SW8270C

12/10/10 21:14 / dsm1.7mg/kgNDAcetophenone SW8270C

12/10/10 21:14 / dsm1.7mg/kgNDAniline SW8270C

12/10/10 21:14 / dsm1.7mg/kgNDAnthracene SW8270C

12/10/10 21:14 / dsm1.7mg/kgNDAramite SW8270C

12/10/10 21:14 / dsm1.7mg/kgNDAzobenzene SW8270C

12/10/10 21:14 / dsm1.7mg/kgNDBenzidine SW8270C

12/10/10 21:14 / dsm1.7mg/kgNDBenzo(a)anthracene SW8270C

12/10/10 21:14 / dsm1.7mg/kgNDBenzo(a)pyrene SW8270C

12/10/10 21:14 / dsm1.7mg/kgNDBenzo(b)fluoranthene SW8270C

12/10/10 21:14 / dsm1.7mg/kgNDBenzo(g,h,i)perylene SW8270C

12/10/10 21:14 / dsm1.7mg/kgNDBenzo(k)fluoranthene SW8270C

12/10/10 21:14 / dsm1.7mg/kgNDBenzyl alcohol SW8270C

12/10/10 21:14 / dsm1.7mg/kgNDbis(-2-chloroethoxy)Methane SW8270C

12/10/10 21:14 / dsm1.7mg/kgNDbis(-2-chloroethyl)Ether SW8270C

12/10/10 21:14 / dsm1.7mg/kgNDbis(2-chloroisopropyl)Ether SW8270C

12/10/10 21:14 / dsm1.7mg/kg13bis(2-ethylhexyl)Phthalate SW8270C

12/10/10 21:14 / dsm1.7mg/kgNDButylbenzylphthalate SW8270C

12/10/10 21:14 / dsm1.7mg/kgNDChlorobenzilate SW8270C

























































































Report




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PRELIMINARY MSW LABORATORY REPORT

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Client: Berri LLC


Lab ID: B10120920-001



Matrix: Solid




MCL/

QCLQualifiers



12/10/10 21:14 / dsm1.7mg/kgNDChrysene SW8270C

12/10/10 21:14 / dsm1.7mg/kgNDDiallate SW8270C

12/10/10 21:14 / dsm1.7mg/kgNDDibenzo(a,h)anthracene SW8270C

12/10/10 21:14 / dsm1.7mg/kgNDDibenzofuran SW8270C

12/10/10 21:14 / dsm1.7mg/kgNDDiethyl phthalate SW8270C

12/10/10 21:14 / dsm1.7mg/kgNDDimethoate SW8270C

12/10/10 21:14 / dsm1.7mg/kgNDDimethyl phthalate SW8270C

12/10/10 21:14 / dsm1.7mg/kgNDDi-n-butyl phthalate SW8270C

12/10/10 21:14 / dsm1.7mg/kgNDDi-n-octyl phthalate SW8270C

12/10/10 21:14 / dsm1.7mg/kgNDDiphenylamine SW8270C

12/10/10 21:14 / dsm1.7mg/kgNDDisulfoton SW8270C

12/10/10 21:14 / dsm1.7mg/kgNDEthyl methanesulfonate SW8270C

12/10/10 21:14 / dsm1.7mg/kgNDFamphur SW8270C

12/10/10 21:14 / dsm1.7mg/kgNDFluoranthene SW8270C

12/10/10 21:14 / dsm1.7mg/kgNDFluorene SW8270C

12/10/10 21:14 / dsm1.7mg/kgNDHexachlorobenzene SW8270C

12/10/10 21:14 / dsm1.7mg/kgNDHexachlorobutadiene SW8270C

12/10/10 21:14 / dsm1.7mg/kgNDHexachlorocyclopentadiene SW8270C

12/10/10 21:14 / dsm1.7mg/kgNDHexachloroethane SW8270C

P 12/10/10 21:14 / dsmmg/kgNDHexachlorophene SW8270C

12/10/10 21:14 / dsm1.7mg/kgNDHexachloropropene SW8270C

12/10/10 21:14 / dsm1.7mg/kgNDIndeno(1,2,3-cd)pyrene SW8270C

12/10/10 21:14 / dsm1.7mg/kgNDIsophorone SW8270C

12/10/10 21:14 / dsm1.7mg/kgNDIsosafrole SW8270C

12/10/10 21:14 / dsm1.7mg/kgNDm+p-Cresols SW8270C

P 12/10/10 21:14 / dsmmg/kgNDMethapyrilene SW8270C

12/10/10 21:14 / dsm1.7mg/kgNDMethyl methanesulfonate SW8270C

12/10/10 21:14 / dsm1.7mg/kgNDMethyl parathion SW8270C

12/10/10 21:14 / dsm1.7mg/kgNDNaphthalene SW8270C

12/10/10 21:14 / dsm1.7mg/kgNDNitrobenzene SW8270C

12/10/10 21:14 / dsm1.7mg/kgNDn-Nitrosodiethylamine SW8270C

12/10/10 21:14 / dsm1.7mg/kgNDn-Nitrosodimethylamine SW8270C

12/10/10 21:14 / dsm1.7mg/kgNDn-Nitroso-di-n-butylamine SW8270C

12/10/10 21:14 / dsm1.7mg/kgNDn-Nitroso-di-n-propylamine SW8270C

12/10/10 21:14 / dsm1.7mg/kgNDn-Nitrosodiphenylamine SW8270C

12/10/10 21:14 / dsm1.7mg/kgNDn-Nitrosomethylethylamine SW8270C

12/10/10 21:14 / dsm1.7mg/kgNDn-Nitrosomorpholine SW8270C

12/10/10 21:14 / dsm1.7mg/kgNDn-Nitrosopiperidine SW8270C

12/10/10 21:14 / dsm1.7mg/kgNDn-Nitrosopyrrolidine SW8270C

12/10/10 21:14 / dsm1.7mg/kgNDo,o,o-Triethyl phosphorothioate SW8270C

12/10/10 21:14 / dsm1.7mg/kgNDo-Cresol SW8270C

12/10/10 21:14 / dsm1.7mg/kgNDo-Toluidine SW8270C

12/10/10 21:14 / dsm1.7mg/kgNDp-(dimethylamino)Azobenzene SW8270C

























































































Report





Client: Berri LLC


Lab ID: B10120920-001



Matrix: Solid




MCL/

QCLQualifiers



12/10/10 21:14 / dsm1.7mg/kgNDParathion SW8270C

12/10/10 21:14 / dsm1.7mg/kgNDp-Chloroaniline SW8270C

12/10/10 21:14 / dsm1.7mg/kgNDPentachlorobenzene SW8270C

12/10/10 21:14 / dsm1.7mg/kgNDPentachloronitrobenzene SW8270C

12/10/10 21:14 / dsm17mg/kgNDPentachlorophenol SW8270C

12/10/10 21:14 / dsm1.7mg/kgNDPhenacetin SW8270C

12/10/10 21:14 / dsm1.7mg/kgNDPhenanthrene SW8270C

12/10/10 21:14 / dsm1.7mg/kgNDPhenol SW8270C

12/10/10 21:14 / dsm1.7mg/kgNDPhorate SW8270C

12/10/10 21:14 / dsm1.7mg/kgNDPronamide SW8270C

12/10/10 21:14 / dsm1.7mg/kgNDPyrene SW8270C

12/10/10 21:14 / dsm1.7mg/kgNDPyridine SW8270C

12/10/10 21:14 / dsm1.7mg/kgNDSafrole SW8270C

12/10/10 21:14 / dsm1.7mg/kgNDSulfotep SW8270C

12/10/10 21:14 / dsm1.7mg/kgNDThionazin SW8270C

12/10/10 21:14 / dsm19-122%REC81.0 Surr: 2,4,6-Tribromophenol SW8270C

12/10/10 21:14 / dsm30-115%REC72.0 Surr: 2-Fluorobiphenyl SW8270C

12/10/10 21:14 / dsm25-121%REC66.0 Surr: 2-Fluorophenol SW8270C

12/10/10 21:14 / dsm23-120%REC52.0 Surr: Nitrobenzene-d5 SW8270C

12/10/10 21:14 / dsm24-113%REC70.0 Surr: Phenol-d5 SW8270C

12/10/10 21:14 / dsm18-137%REC72.0 Surr: Terphenyl-d14 SW8270C

- The sample extract would not concentrate to 1 mL and was brought to a 2 mL final volume. The sample extract was diluted an additional 5 times at analysis due to non-target compound sample matrix interference. The Reporting Limit reflects the sample extract final volume and the additional dilution.

POLYCHLORINATED BIPHENYLS (PCBS)

12/15/10 09:19 / ldw0.017mg/kgNDAroclor 1016 SW8082









12/15/10 09:19 / ldw50-126%REC87.0 Surr: Decachlorobiphenyl SW8082

12/15/10 09:19 / ldw42-115%REC76.0 Surr: Tetrachloro-m-xylene SW8082

-The sample extract received a Sulfuric Acid Clean-up (EPA Method 3665) and a Copper Clean-up (EPA Method 3660) prior to analysis.

HERBICIDES, CHLORINATED

12/16/10 18:03 / ldw0.0040mg/kgND2,4,5-T SW8151A

12/16/10 18:03 / ldw0.0040mg/kg0.0422,4,5-TP (Silvex) SW8151A

12/16/10 18:03 / ldw0.020mg/kgND2,4-D SW8151A

12/16/10 18:03 / ldw0.020mg/kgNDDinoseb SW8151A

12/16/10 18:03 / ldw53-114%REC56.0 Surr: DCAA SW8151A






































12/16/10 18:03 / ldw0.0040mg/kgND2,4,5-T SW8151A


12/16/10 18:03 / ldw0.020mg/kgND2,4-D SW8151A








































12/16/10 18:03 / ldw0.0040mg/kgND2,4,5-T SW8151A


12/16/10 18:03 / ldw0.020mg/kgND2,4-D SW8151A



Report




Client: Berri LLC


Lab ID: B10120920-001



Matrix: Solid




MCL/

QCLQualifiers







































12/16/10 18:03 / ldw0.0040mg/kgND2,4,5-T SW8151A


12/16/10 18:03 / ldw0.020mg/kgND2,4-D SW8151A








































12/16/10 18:03 / ldw0.0040mg/kgND2,4,5-T SW8151A


12/16/10 18:03 / ldw0.020mg/kgND2,4-D SW8151A








































12/16/10 18:03 / ldw0.0040mg/kgND2,4,5-T SW8151A


12/16/10 18:03 / ldw0.020mg/kgND2,4-D SW8151A



Report




Client: Berri LLC


Lab ID: B10120920-001



Matrix: Solid




MCL/

QCLQualifiers







































12/16/10 18:03 / ldw0.0040mg/kgND2,4,5-T SW8151A


12/16/10 18:03 / ldw0.020mg/kgND2,4-D SW8151A








































12/16/10 18:03 / ldw0.0040mg/kgND2,4,5-T SW8151A


12/16/10 18:03 / ldw0.020mg/kgND2,4-D SW8151A








































12/16/10 18:03 / ldw0.0040mg/kgND2,4,5-T SW8151A


12/16/10 18:03 / ldw0.020mg/kgND2,4-D SW8151A



Report




Client: Berri LLC


Lab ID: B10120920-001



Matrix: Solid




MCL/

QCLQualifiers







































12/16/10 18:03 / ldw0.0040mg/kgND2,4,5-T SW8151A


12/16/10 18:03 / ldw0.020mg/kgND2,4-D SW8151A








































12/16/10 18:03 / ldw0.0040mg/kgND2,4,5-T SW8151A


12/16/10 18:03 / ldw0.020mg/kgND2,4-D SW8151A








































12/16/10 18:03 / ldw0.0040mg/kgND2,4,5-T SW8151A


12/16/10 18:03 / ldw0.020mg/kgND2,4-D SW8151A



Report



- The sample extract would not concentrate to 1 mL and was brought to a 2 mL final volume. The sample extract was diluted an additional 5 times at analysis

due to non-target compound sample matrix interference. The Reporting Limit reflects the sample extract final volume and the additional dilution.


NOTE: Where “Surr:” appears, these are surrogate compounds-compounds that were added by Energy Labs to show the test instrument was working and its effect on the sample matrix when the sample was analyzed. The “%rec” shows the percent recovery of the surrogate compounds that were added.

10

BERRI’sResults

Sediment Quality Standards

WAC 173-204-320 (a)

Sediment Impact Zone Maximum Level, WAC 173-204-420 (a); and Sediment Cleanup Screening Level/Minimum Cleanup Level,

WAC 173-204-520 (a)

CHEMICAL PARAMETER MG/KG DRY WEIGHT(PARTS PER MILLION (PPM)

DRY)

MG/KG DRY WEIGHT(PARTS PER MILLION (PPM) DRY)

ARSENIC 5 57 93

CADMIUM ND 5.1 6.7

CHROMIUM 369* 260 270

COPPER 216 390 390

LEAD 13 450 530

MERCURY N/A 0.41 0.59

SILVER ND 6.1 6.1

ZINC 156 410 960

MG/KG ORGANIC CARBON (c) (PPM CARBON)

MG/KG ORGANIC CARBON (c) (PPM CARBON)

LPAH (b,d) N/A 370 780

NAPHTHALENE ND 99 170

ACENAPHTHYLENE ND 66 66

ACENAPHTHENE ND 16 57

FLUORENE ND 23 79

PHENANTHRENE ND 100 480

ANTHRACENE ND 220 1200

2-METHYLNAPHTHALENE ND 38 64

HPAH (b,e) N/A 960 5300

FLUORANTHENE ND 160 1200

PYRENE ND 1,000 1400

BENZ(A)ANTHRACENE ND 110 270

CHRYSENE ND 110 460

TOTAL BENZOFLUORANTHENES (b,f) ND 230 450

BENZO(A)PYRENE ND 99 210

INDENO (1,2,3,-C,D) PYRENE ND 34 88

DIBENZO (A,H) ANTHRACENE ND 12 33

BENZO(G,H,I)PERYLENE ND 31 78

1,2-DICHLOROBENZENE ND 2.3 2.3

1,4-DICHLOROBENZENE ND 3.1 9

1,2,4-TRICHLOROBENZENE ND 0.81 1.8

HEXACHLOROBENZENE ND 0.38 2.3

DIMETHYL PHTHALATE ND 53 53

DIETHYL PHTHALATE ND 61 110

WASHINGTON STATE DEPARTMENT OF ECOLOGY STANDARDS FOR SOIL

11

DI-N-BUTYL PHTHALATE ND 220 1700

BUTYL BENZYL PHTHALATE ND 4.9 64

BIS (2-ETHYLHEXYL) PHTHALATE

13 47 78

DI-N-OCTYL PHTHALATE ND 58 4500

DIBENZOFURAN ND 15 58

HEXACHLOROBUTADIENE ND 3.9 6.2

N-NITROSODIPHENYLAMINE ND 11 11

TOTAL PCBs (b) N/A 12 65

UG/KG DRY WEIGHT (PARTS PER BILLION (PPB) DRY)

UG/KG DRY WEIGHT (PARTS PER BILLION (PPB) DRY)

PHENOL ND 420 1200

2-METHYLPHENOL N/A 63 63

4-METHYLPHENOL N/A 670 670

2,4-DIMETHYL PHENOL ND 29 29

PENTACHLOROPHENOL ND 360 690

BENZYL ALCOHOL ND 57 73

BENZOIC ACID N/A 650 650

Source: http://www.ecy.wa.gov/programs/tcp/smu/sed_chem.htm#a

*The chromium sulfate level is high because of the leather added

to the Municipal Solid Waste test.

Scan this QR code to perform the same Google search as shown here.

265,000

BERRI-LLC.COM184 PANORAMA LANE, WALLA WALLA, WA 99362

DAVE DRESSLER: (509) 540-9014 — DR. TED CARPENTER: (208) 200-2477

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