Tri-Mer Corporation

Air Pollution Control Systems for: PM10, PM2.5,
Fine Particulate, Submicron PM, Condensables,
SO₂, NO_X, Mercury, Acid, Chrome, Dust, VOCs,
Biofilter Alternative to Wet Electrostatic Precipitator

Included are:

• Cloud Chamber Scrubbers (CCS) for fine particulate –
  including stationary diesel emissions from locomotives and
  ships at port, glass furnace exhaust and emissions from
  applications such as solar panel manufacturing, where there
  is a significant fraction of submicron particulate.
  (see ccs introduction, below)

• MultiPhase Bio-filter for VOC Control as an alternative to a
  regenerative thermal oxidizer or bio-filter

• Tri-NOx Multi-Chem Scrubbers for NO and NO₂ generators

• Whirl / Wet Dust Collectors for particulate over 5 microns

• V/F Series Gas Scrubbers for fumes and gases

• Mercury Emissions Scrubbers

• Pulse Jet, Cyclone, and Venturi Dust Collectors

• C/E-1 Chrome Scrubbers

• O/M-1 Oil Mist Collectors

• Process Tanks: polypropylene, PVC, copolymer,
  stainless/ mild steel

• Custom Process Equipment Manufacturing

Tri-Mer air pollution control systems are preferred by leading companies worldwide and serviced by these authorized Tri-Mer representatives.

Cloud Chamber System (More Info) – The Superior Alternative to Wet Electrostatic Precipitators

CCS simultaneously treats PM10, PM2.5, and submicron particulate,
including stationary diesel emissions from locomotives and ships at
port – widely recognized as the most difficult pollutant. It also treats
all soluble gases. The CCS offers performance superior to high-energy
venturis, diffusion candles, and electrostatic precipitators while
effectively treating gases.

The CCS removes particulate down to 0.1 micron with very high
efficiency, while also treating ultrafine particulate and condensables
below 0.1 microns,. The CCS accomplishes this with low total energy
consumption, a small footprint, and competitive pricing.

CCS is the technology of choice in a growing number of industries.
In some cases, including stationary diesel emissions from locomotives
and ships at port, it is the only technology that has proven effective.

More Info on
Cloud Chamber
Scrubbers® (CCS)

New (2009) Bulletin on
CCS for Stationary Diesel
Emissions, Submicron PM

Cloud Chamber System
(CCS) Main Page

Pollution
Equipment News
article on CCS

Plant Services
article on CCS

Ceramic Industry
article on CCS

CCS
Glass Worldwide
Article

CCS Pollution
Engineering Story

CCS Named in
"Top 10 Technologies
for 2007" by
Pollution Engineering

CCS Named
One of Top 10
New Technologies
by Chem Info

CCS or
Fabric Filters /
Baghouses?
Considerations &
Comparisons

The CCS in Contrast
with Wet ESP

Health Dangers from
Diesel Emissions:
Regulatory Response
and Technology's
Solution

Read Stationary
System Designed to
Reduce Rail and Port
Emissions as published
in Diesel Progress
North American Edition.

Typical Applications for
CCS Include:

• Ultra fine particles
• Fiber optic manufacturing
• Glass melting furnaces
• Glass furnace exhaust
• Glass fiber forming
• Biodiesel production
• Ethanol production
• Biomass combustion emissions
• Hazardous waste processing
• Asphalt shingle manufacturing
• Solid fuel industrial boilers
• Oil fired industrial boilers
• Waste incinerators
• Stationary diesel engines
• Abrasive production
• Microelectronics fabrication
• Smelters and foundries
• Chemical manufacturing
• Curing ovens
• Dryers and rotary kilns
• Plastics manufacturing
• Sulfuric and nitric acid production
• Induction furnaces
• Locomotive diesel pollution
• Stationary diesel generators
• Ships at port
• Engineered wood processing
• Upgrade for wet electrostatic
  precipitators
• Controlling solar panel manufacturing
  emissions where there is significant
  submicron particulate

Typical TAC and Other
Pollutants Removed by CCS Include:

• Silica, silicon dioxide
• Metal oxides
• Inorganic salts
• Heavy metals (mercury, chromium)
• Ammonium salt particles
• Condensable hydrocarbons
• Byproducts of combustion
• Soluble VOC formaldehyde
• Acid gases such as HCl, HF, H₂SO₄, HNO₃
• Sulfur dioxide (S0₂)
• Chlorine gas (Cl₂)
• Hydrogen sulfide (H₂S)
• Ammonia
• Boric acid emissions
• Locomotive diesel exhaust
• Ship diesel exhaust
• Glass furnace exhaust
• Diesel soot

Visit the Cloud Chamber Systems (CCS)
page for more information on this revolutionary
technology, the first major advance in air pollution
control in half a century – and, for many reasons, the
superior alternative to wet electrostatic precipitators.

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Tri-Mer's Rod Gravley presented a talk on Multiphase and Multiscrub VOC Control Technology
at the International Wood Composites Symposium, March 31, 2009. The presentation
included operational reporting and test results for three 2007 projects. The event, now in its
43rd year, was organized by Washington State University’s Wood Materials and Engineering
Laboratory (“WMEL”).

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Tri-Mer chaired a new section on biotreatment at the A&WMA show in June, 2009, in Detroit.

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Tri-Mer Technology Director Rod Gravley presented a talk on MultiPhase Biofilter
Technology for VOC Control at AWMA South Coast AQMD May 14 in Los Angeles.

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