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Introduction
Overview
Of TEXOX Process
What
Are Spent Caustics?
How
Are Spent Caustics Generated?
Properties
Of Spent Caustics
Disposal
Characteristics Of Spent Caustics
Disposal
Alternatives For Spent Caustics
Results
Following Treatment
Case History
Tragedy In The Ivory Coast - What Not To Do
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The application of TEXOXTM Processes is proven effective in several commercial applications.
Typical results, as follows, are obtained:
- Destruction Of All Noxious Odorous and Toxic Compounds
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Sulfides oxidized to stable nonhazardous salts
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Hydrogen sulfide, H2S, >99.99% destruction
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Mercaptans (or thiols) transformed to non-odorous
analogues
Ethylmercaptan, >99% destruction
Methylmercaptan, >99% destruction
EthylMethylmercaptan, >99% destruction
Diethylmercaptan, >99% destruction
Dimethylmercaptan, >99% destruction
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Aromatic compounds, ring cleavage to simple alkanes
Phenol, >99% destructionSubstituted Phenols, >99% destruction Cresol, o-, m-, p- >99%Substituted Cresols, >99% destruction
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Volatiles and Semi-Volatiles transformed to stable
compounds
Including EPA 129 Volatile and Simi-volatile Priority Pollutants
Pesticides
Herbicides
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Detoxification Of Toxic and Inhibitory
Compounds
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Passes oxygen uptake rate testing (Respirometry)
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Passes TCLP tests
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Passes RCRA tests for hazardous materials & wastes classifications
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Process discharge compatible with WWTP
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Reduction Of Empirical Substrates
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Reduces COD by up to 85%
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Reduces BOD by up to 75%
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Reduces TOC by up to 60%
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Regulatory Concerns
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Meet NPDES Discharge Permit requirements
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Process discharge near neutral pH
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Product can be de-listed to a non-hazardous classification
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Reduced OSHA and NIOSH concerns
For Further Information On The TEXOXTM
Process
please reach us through this link: Contact Us
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