Particle and Gas Filtration for Industrial Processes & Bag Houses
Industry Articles, 67.02 KB
A paper first presented at the Dioxin 2000 Symposium in Monterey, California, discussing test and performance in a medical waste incinerator.
English (U.S.)
Industry Articles, 150.08 KB
A paper first presented at the Dioxin 2000 Symposium in Monterey, California, discussing catalytic dioxin/furan removal from flue gas streams.
Industry Articles, 75.65 KB
This paper describes the current status of air pollution control at the municipal waste incinerator of IVRO, Roeselare, Belgium, using the REMEDIA™ D/F catalytic filter system for dioxin/furan destruction and particulate control.
Industry Articles, 227.52 KB
A paper first presented at the international conference on incineration and thermal treatment technologies, discussing the catalytic filter system at a medical waste incineration plant.
Industry Articles, 381.43 KB
This paper details the full-scale field experiences of a catalytic filtration system that both destroys dioxins/furans and removes particulate to levels significantly lower than the regulatory limit.
Industry Articles, 248.05 KB
A paper first presented at the 21st International Symposium on Halogenated Environmental Organic Pollutants and POPs, discussing removal of PCDD/PCDF and polyaromatic hydrocarbons.
Case Studies, 331.3 KB
A detailed case history detailing the experiences of catalytic destruction of PCSS/Fs using Remedia at a municipal waste incinerator in Roeselare, Belgium.
Case Studies, 24.1 KB
A paper discussing the comparison between laboratory and field evaluations of catalytic filters for dioxins.
Case Studies, 269.07 KB
A detailed case history detailing the experiences of catalytic filtration in batch and continuous municipal waste incinerators in Japan, and their use of GORE REMEDIA Catalytic Filtration System to destroy PCDDs.
Case Studies
The local government of a city in the Fukui prefecture (Japan) needed to revamp its MSW incineration facility to simplify operations and reduce costs. A key factor for the revamped facility was a potential replacement for its existing pollution control unit, which used a fixed-bed activated carbon with ancillary fire protection system to reduce post-incineration dioxin/furan emissions.
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