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COD and TOC analysis of leachate from a solidified organic waste

โœ Scribed by Adam Faschan; Marty Tittlebaum; Frank Cartledge; Harvill Eaton


Book ID
104768072
Publisher
Springer
Year
1992
Tongue
English
Weight
831 KB
Volume
22
Category
Article
ISSN
0167-6369

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โœฆ Synopsis


Several combinations of binders and absorbent additives were utilized to solidify a typical organic waste, API Separator sludge. The effectiveness of the materials was based on the waste leachability from the solidified samples. COD and TOC analyses were used to determine the organic content of the leachate samples.The ability of the COD and TOC analyses to assess waste leachability was limited. The inability of the COD and TOC tests to differentiate between organic compounds made the results difficult to interpret. This was due to organic contaminants from the solidification materials contributing to the COD and TOC contents of the leachates. Also, the COD test may have be influenced by reduced inorganic compounds contained in the flyash binder and the sludge. Representative samples for the TOC analysis were difficult to obtain for the leachates containing oils or suspended particles. It is recommended that the COD and TOC tests only be used as a screening method for determining solidified organic waste leachability and other methods need to be employed to obtain more accurate results.


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Particle size distribution based evaluat
โœ Serdar Doวงruel; Merve Kรถktuna; Emine Ubay ร‡okgรถr; Seval Sรถzen; Derin Orhon ๐Ÿ“‚ Article ๐Ÿ“… 2011 ๐Ÿ› Wiley (John Wiley & Sons) ๐ŸŒ English โš– 201 KB

## Abstract **BACKGROUND:** The study evaluated the relationship between particle size distribution (PSD) of chemical oxygen demand (COD) and treatability of leachate generated by organic waste. PSD determinations were performed together with physicoโ€chemical and biological treatability studies. Le