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“Consider Mixed-Flow Impeller Technology for Odor Management ”
Chemical Engineering Progress – August 2006 (282KB) |
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“A
New Approach To Energy Savings” Heat recovery
systems for healthcare facilities
Facility Care – December 2004 (2MB) |
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“Exhausting
Process Dust” Grain Processing Corp., Muscatine,
IA
Feed & Grain – April/May 2004 (155KB) |
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“Controlling
laboratory workstation exhaust at wastewater treatment
facilities” Theresa Street Wastewater Facility,
Lincoln, NE
Processing – March 2004 (408KB) |
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“Level
3 veterinary lab gets leg up with mixed-flow impeller
system” Iowa State University
Engineered systems – October 2003 (107KB) |
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“Eliminating
Odour From Wastewaters”
World Water and Environmental Engineering – July/August
2003 (186KB) |
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"Managing
biosafety laboratory workstation exhaust"
Biotech International - June 2003 (569KB) |
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“Look,
Ma, No Stacks! - Exhausting laboratory workstations
at pharmaceutical research facilities utilizes
a “no-stack” solution” Pfizer Pharmaceutical Lab,
La Jolla, CA
Pollution Engineering – August 2002 (675KB) |
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"Cutting
energy costs for pharmaceutical research"
Neurogen Corp.
Pharmaceutical Engineering - September/October
2001 (269KB) |
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"Mixed-flow
impeller technology can cut energy costs drastically"
Indiana Wesleyan University and Neurogen Corp.
Engineered Systems - September 2001 (208KB) |
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"Managing
wastewater treatment odors - mitigating odors
through exhaust dilution"
Chemical Processing - September 2001 (142KB) |
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"Mixed-flow
technology roof exhaust fans" University
of Notre Dame and University of Quebec at Montreal
Facilities Manager - May/June 2001 (156KB) |
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"Managing
emergency diesel generator exhaust for re-entrainment
prevention, air pollution abatement and odor control"
- Brick Hospital, Brick Township, NJ Facility
Care - May/June 2001 (243KB) |
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"Recovering
exhaust heat results in substantial energy savings"
Neurogen Corp.
HPAC Engineering - February 2001 (241KB) |
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"Eliminating
containment and re-entrainment problems for hydrocarbon
research"
Ashland Specialty Chemical Co. Hydrocarbon Processing
- January 2001 (167KB) |
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"Fume
hood exhaust - eliminating noise, odors and re-entrainment"
Engineered Systems - July 2000 (199KB) |
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"Eliminating
laboratory fume hood exhaust re-entrainment -
how wind studies helped assure a successful project"
Healthcare product manufacturer
Ispeak -May 2000 (166KB) |
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"Dilution
for odor control - mixing exhaust stream with
fresh air may be enough to eliminate an odor problem"
Borden Decorative Products
Chemical Enginering Progress - November 1999 (188KB) |
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"Laboratory
workstation exhaust at University of Quebec at
Montreal"
Consulting Engineer - August 1999 (177KB) |
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"Fans
lift Fighting Irish to exhausting victory"
University of Notre Dame
Engineered Systems - May 1999 |
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"Brain
Institute created for research on central nervous
system" University of Florida, Gainesville
Brain Institute
Laboratory Design - June 1999 |
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"Special
ventilation system helps prevent release of dangerous
agents" Georgia State University
Air Conditioning, Heating & Refrigeration
News - June 1999 |
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"How
to catch a virus - A Georgia lab makes record
time entering the battle against herpes"
Georgia State University Viral Immunology Center
Engineered Systems - August 1998 (49KB) |
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"Eliminating
fumehood exhaust re-entrainment problems"
University of Ottawa
American Laboratory News - November 1997 (73KB) |
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"Borden's
'Good Neighbor' approach solves persistent odor
emission problem by combining two methods of odor
control, electrostatic precipitation and dilution"
Borden Decorative Products
Pollution Equipment News-December 1997 (60KB) |
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"Pilot-plant
exhausts tamed - approach increases effective
stack height, prevents re-entrainment" Monsanto
Chemical Processing - November 1997 (119KB) |
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"Ventilation
System Lowers Energy Costs" Ocean County
(New Jersey) Utilities Authority
Waterworld - March 1997 (4M) |
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"Tri-Stack
exhaust system eliminates lab fume hood exhaust
problem" Hercules, Inc.
Industrial Hygiene News - July 1996 |
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"Tri-Stack
roof exhaust systems reduce costs and maintenance
at new 145,000 sq. ft. laboratory building addition"
Emory University
Laboratory Equipment - January 1996 |
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"Eliminating
lab exhaust re-entrainment resolves air quality
problem" Roswell Park Cancer Institute, Buffalo,
NY Engineered Systems - March 1996 |
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"Tri-Stack
roof exhaust systems improve safety, cut costs,
and enhance efficiency for laboratory fume hoods"
British Oxygen Corp
ASHRAE Journal - August 1995 |
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"New
exhaust systems make TB isolation rooms safe,
efficient" Piedmont Hospital, Atlanta, GA
Health Facilities Management - November 1995 |
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"Tri-Stack systems eliminate lab work station
exhaust fume re-entrainment without unsightly
stacks" Purdue University Industrial Hygiene
News -November 1995 |
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"Tri-Stack™
systems remove exhaust fumes" Gavin Laboratory
Complex, University of Notre Dame (96KB) |
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"Strobic
Tri-Stack™ systems remove exhaust fumes from cage
washing facility at animal research lab"
University of Illinois (82KB) |
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"Eliminating
emergency diesel generator exhaust re-entrainment
problems" Valley Medical Center in Renton,
Washington (69KB) |
