SORBOND® UP/UG
Up to 25% more efficient than DE, fly ash, and other traditional absorbing agents.
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Effective on variety of waste streams with pH 2-12.
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Non-biodegradable.
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Non-exothermic.
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Enhances de-watering of solids and helps treated solids pass Paint Filter Test (EPA 9095).
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Available in powder (UP) and granular (UG) form.
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Minimal humidity effects.
SORBOND® LPC II
Chemically fixates heavy metal-bearing wastes, while minimizing total volume of the resulting solids.
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Helps treated solids pass Paint Filter Test (EPA 9095) and Liquid Release Test (9096).
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Helps solids pass Toxicity Characteristic Leachate Procedure (EPA Method 3015).
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Require mixing - sets up in 24—72 hours.
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Offers high compressive strengths for solidified matter.
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Low exothermic reaction during treatment.
SORBOND® LOC
Chemically fixates heavy metal bearing wastes, stabilizes hydrocarbons and other organic and inorganic material while minimizing total solids volume.
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Helps treated solids pass Paint Filter Test (EPA 9095) and Liquid Release Test (9096).
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Helps solids pass Toxicity Characteristic Leachate Procedure (EPA Method 3015).
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Require mixing - sets up in 24—72 hours.
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Offers high compressive strengths for solidified matter.
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Low exothermic reaction during treatment.
LIQUI-SORB® 200
Highly efficient media for stabilization of aqueous matter.
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Capable of absorbing up to 250x weight in water.
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Less than 1% free swell.
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Non-biodegradable.
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Non-exothermic.
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Helps treated solids pass Paint Filter Test (EPA 9095) and Liquid Release Test (9096).
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Requires no mixing – sets up in less than 2 minutes.
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Certified incinerable material with heat value of 5560 BTU/lb.
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Strong ion exchange capability allows for some heavy metals to be bound to wastes.
LIQUI-SORB® 1000
Highly efficient media for stabilization of aqueous matter containing hydrocarbons.
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Non-biodegradable.
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Non-exothermic.
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Helps treated solids pass Paint Filter Test (EPA 9095) and Liquid Release Test (9096).
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Requires mixing – sets up in less than 2 hours.
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Strong ion exchange capability allows for some heavy metals to be bound to wastes.