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Odor Control Papers and Abstracts
Summary: This case study
demonstrates that effective, yet economical, odor control of solids
handing operations can be achieved through an integrated approach
combining both liquid-phase and vapor-phase treatment.
Authors: Gayle P. Van Durme and D. Matt Bond,
Black & Veatch; Timothy Flora, Plant Superintendent, and Charles
Klinger, Laboratory Technician, City of Leavenworth,
KS.
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Summary: This paper
describes a study of various odor control systems for removal of the
hydrogen sulfide odor at the plant aerators.
Authors: William F. McCain, P.E., Capital
Projects Engineer, Indian River County; Richard L. Johnson, P.E.,
Principal Engineer, Montgomery Watson America, Inc.; Bradford
H. O'Keefe, Water Superintendent, Indian River County.
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Summary: Controlling
odorous emissions has always been difficult for sewage treatment
facilities, particularly for those near residential areas. But as
nearby populations increase and pump stations transfer more wastewater
solids to the plants, odor control is becoming a bigger challenge.
Authors: Gary Van Stone and Daniel Brooks,
Calgon Carbon Corporation, Pittsburgh, Pennsylvania,
USA.
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Summary: Recent
innovations in activated carbon media and system design offer
municipalities new ptions. Ultimately, a range of
application-specific factors should be considered.
Authors: Leo P. Zappa, Calgon Carbon
Corporation, Pittsburgh, Pennsylvania, USA.
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Summary: This paper
describes a facility's search for a suitable odor control system for a
municipal wastewater treatment plant.
Authors: John Ritchey, Plant Superintendent,
Newport, Oregon Wastewater Treatment Plant.
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