A Positive Pressure Based Dry Gas Handling System for Energy Recovery from Suppressed Combustion Exhaust

Canadian Institute of Mining, Metallurgy and Petroleum
M. Trovant A. McGrath M. Haque
Organization:
Canadian Institute of Mining, Metallurgy and Petroleum
Pages:
12
File Size:
1832 KB
Publication Date:
Jan 1, 2015

Abstract

Minimizing energy consumption is a priority for many industrial facilities. Metallurgical and gasification processes produce dirty syngas (CO and H2), which offers the potential for energy recovery. However, syngas handling can pose an explosion risk and even minor leaks can result in poor workplace hygiene. Furthermore, many jurisdictions around the world now discourage wet syngas handling due to limited water availability and secondary pollution. Hatch has developed a 100% positive pressure gas handling system that targets these safety hazards without using fresh water. The implementation of a system for calcium carbide smelters at Qinghai Salt Lake Industry Co. (QSLIC) in China is profiled as a case study.
Citation

APA: M. Trovant A. McGrath M. Haque  (2015)  A Positive Pressure Based Dry Gas Handling System for Energy Recovery from Suppressed Combustion Exhaust

MLA: M. Trovant A. McGrath M. Haque A Positive Pressure Based Dry Gas Handling System for Energy Recovery from Suppressed Combustion Exhaust. Canadian Institute of Mining, Metallurgy and Petroleum, 2015.

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