Testmark has a long-standing track record providing Toxicity Characteristic Leaching Procedure (TCLP) analysis in compliance with O. Reg. 558/00, Schedule 4.
The purpose of a TCLP test is to determine whether your waste is deemed hazardous and therefore requires disposal in a hazardous waste treatment facility or landfill. The test is designed to simulate many years of natural weathering and leaching that would occur in a typical landfill and the results are key to assessing how to handle the material for disposal. Testmark’s reports are easy to read in terms of a quick pass/fail comparison to regulatory limits for each parameter, and our Customer Service team is always ready to answer any technical questions you may have.
Another category of hazardous waste is waste derived from the disposal of electronic goods. Known as e-waste, this waste sector is growing at an alarming rate and has some very real health and environmental issues related to it.
Industry statistics have us on track to hit approximately 60 million tons of e-waste generated globally over the next few years. The heavy metals and flame retardants present in most electronic devices make them huge sources of toxic plumes if landfilled or burned. Recycling processes are also not without concern as the presence of halogenated compounds can result in the formation of persistent organic pollutants such as PCBs and PCDD/Fs. On the positive side, e-waste can be a very viable source of precious metals such as gold and silver, and that resource is entirely lost if the product is not properly recovered. In some instances, a liability can be turned into an asset with proper knowledge of the nature of the product. Testmark can assist e-waste handlers by profiling both the hazardous properties, as well as assaying the valuable precious metals contained in a waste lot to ensure sound decisions can be made.
Testing Capabilities
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Organic
- 1,4-Dioxane
- Acid Extractables
- BTEX
- Carbamate Pesticides
- Chlorobenzene
- Diquat/Paraquat
- F1
- F2-F4
- Formaldehyde
- GEOSMIN/MIB
- Glycol
- Glyphosate
- Haloacetic Acids
- MCPA
- MEA
- MEK
- Methane
- Morpholine
- NDMA
- Nonyl Phenols
- NTA
- OCP
- OPP
- PAH
- PCB
- Phenoxy Herb
- Phthalate
- Resins and Fatty Acids
- SVOC
- Tanins and Lignins
- THM
- Toxaphene
- VOC
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Inorganic
- % Total Solids
- % Lipids
- Acidity
- Alkalinity
- Ammonia – Unionized
- Anions
- BOD
- Carbon Disulphide
- Carbonate and Bi-Carbonate
- CBOD
- Chlorine – Residual
- Chlorophyll A
- CN – Free, Total or WAD
- COD
- Colour (True or Apparent)
- Cond
- CrVI
- Cyanate
- DETA
- DIC
- DO
- DOC
- DOP
- DTP
- Dustfall (MOE Method)
- Fe2Fe3
- Fixed Solids
- Fixed Suspended Solids
- Hardness
- Hydroxide
- Ion Balance
- Mercury by Cold Vapour
- Metal – High Volume Filters
- Metals
- Metals – NIOSH 7303
- Metals – Tissue or Vegetation
- NH3
- O&G
- Organic Nitrogen
- Orthophos
- pH
- pH – Saturation pH
- Phenols
- PM10 – High Volume Filters
- Ra226
- Reactive Silica
- Redox Potential
- Resistivity
- Sulfamate
- Sulphide
- TCLP Parameters
- TDS
- Thiocyanate
- TIC
- TKN
- TN
- TOC
- TSP – High Volume
- TSP – Personal Exposure
- Total/Respirable Dust – IOM Sampler
- TP
- TS
- TSS
- Turb
- UV Trans
- VS
- VSS
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Microbiology
- Autoclave function testing
- Background Bacteria
- E. Coli
- Fecal coliform
- Fecal streptococcus
- HPC
- Iron Reducing Bacteria
- Microcystin
- Sulphate Reducing Bacteria
- Total Coliform
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Toxicology
- 100% Concentration Daphnia Magna
- 100% Concentration RBT
- LC50 – Daphnia Magna
- LC50 RBT
- pH Stabilization 100% Conc
- pH Stabilization LC50
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Oil Chemistry
- Acid #
- AGE Test
- Aniline Point
- CCD
- Colour
- Corrosive Sulfur
- DBDS
- Degree Polymerization
- Dielectric (D1816)
- Dielectric (D877)
- Dissolved Gas Analysis
- Fire Point (Open Cup)
- Flashpoint
- Flashpoint (38°C )
- Flashpoint (45°C)
- Furans
- Impulse Breakdown
- Inhibitor Oil
- Interfacial Tension
- Karl Fischer
- Metals
- Oxidation Stability
- Passivator Content
- PCB
- Pour Point
- Power Factor
- Relative Density
- Resistivity
- Sediment Sludge
- Strong Acid #
- Sulphur/S
- Total Halogens in Oil
- Viscosity (0 Deg. C)
- Viscosity (100 Deg. C)
- Viscosity (40 Deg. C)
- Waste-derived Fuel
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Geochemistry
- Sample Prep
- Aqua Regia
- Available Lime
- Sodium Peroxide Fusion
Organic tests available:
Inorganic tests available:
Microbiology tests available:
Toxicology tests available:
Oil Chemistry tests available:
Geochemistry tests available:
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