

CLOUD CHAMBER	WHIRL / WET	TANKS	CROSSFLOW SCRUBBER	FAN / SEPARATOR	VF SCRUBBERS	NOx SCRUBBERS	VOC CONTROL

CCS is well-suited for stationary diesel emissions.

Tri-Mer Corporation –
The Technology Leader
in Air Pollution Control

> Air pollution control systems for particulate
and pollutant gases.

>> Removal technologies for fine particulate,
submicron particulate, PM2.5, condensables, coarse
particulate, PM10, dust.

>>> Treatment technologies for volatile organic
compounds (VOC), NOx, chrome, mercury, SO₂,
HCl, H₂S, all acid gases, ammonia, all soluble gases.

Cloud Chamber Scrubber (CCS) technology outperforms wet
electrostatic precipitator, venturi scrubber, and baghouse equipment
for the simultaneous treatment of particulate and pollutant gases.

The MultiPhase Biofilter biotreatment system is more cost effective
for VOC control than a regenerative thermal oxidizer. Zero NOx and
no combustion CO₂.

Tri-Mer Has Proven Solutions to Industry’s
Toughest Air Pollution Challenges

Cloud Chamber Scrubber for fine, submicron, condensable
particulate simultaneously scrubs SO₂, HCl, H₂S, and other
soluble gases. Highly effective for diesel emissions, glass
furnace emissions, silicon dioxide and other pollutants from
solar panel manufacturing, multi-pollutants from syngas
cleaning, solid fuels combustion and Boiler MACT compliance.
Optional seamless integration of selective catalytic reduction
(SCR) for NOx control. CCS is a major advancement technology
beyond the wet electrostatic precipitator.

MultiPhase Biofilter for VOC control treats broad spectrum
of VOC compounds, including formaldehyde, methanol, styrene,
xylenes, PAH, sulfurs, glycols, ethanol, solvents, and more.
Systems can handle higher inlet temperatures, and particulate in
the flow stream. Zero NOx production or CO₂ from combustion of
natural gas. Much more cost effective than a regenerative thermal
oxidizer. Incorporates the latest advances in biotreatment.

Tri-NOx MultiChem Scrubbers provide NOx control for
solar cell manufacturing, catalyst applications, metal refining
and finishing, pharmaceutical and semiconductor manufacturing.
Versatile wet technology treats any combination of NO and NO₂,
including chemical nitration-related NOx with high concentrations
of NO₂, and combustion NOx that is high in NO. Tri-NOx will
eliminate visible plumes and reduce NOx to less than 5 ppm.

Whirl / Wet Collectors for dust and particulate larger than
3 microns have internally mounted, dual opposed blades.
Efficient and rugged; no bags, cartridges, or complicated
internal structures. Self-cleaning, low water consumption,
minimal maintenance.

Packed Bed Acid and Fume Scrubbers for treating gases
and fumes. Crossflow scrubbers, vertical packed bed scrubbers,
fan /separator design for eliminating corrosive contaminants.
Tri-Mer is the wet scrubber expert, with 50 years of corporate
experience and thousands of installed projects.

Mercury Emissions Scrubbers

Venturi Scrubbers, Cyclones, Pulse Jet Collectors

Chrome Scrubbers

Oil Mist Collectors

Process Tanks; Polypropylene, PVC, Copolymer,
steel fabrication. Custom Fabrication and equipment
manufacturing at factory headquarters in Michigan.

Tri-Mer Air Pollution Control Systems are Preferred by Leading Companies Worldwide.

Cloud Chamber Scrubber – Superior alternative to the
wet electrostatic precipitator

Captures all particles sizes: ultrafine, submicron, condensables,
PM2.5, PM10, and larger --regardless of chemical composition.

Treats all soluble gases: SO₂, HCl, H₂S, COS, HF,
H₂SO₄, HNO₃, Cl₂, ammonia, and others.

Optional seamless integration of selective catalytic
reduction (SCR) for NOx control.

Low pressure drop, less than 1.5 inches wg.

Low electrical requirements, does not use
high amperage + very high voltage like wet ESP.

Compatible with heat recovery and energy
conservation approaches.

Mobile pilot testing equipment.

CCS is the technology of choice in large-scale diesel applications
for ships at port or generators, glass furnace emissions, silicon dioxide
and silane byproducts in solar cell manufacture, multi-pollutant
requirements in syngas cleaning, and Boiler MACT compliance for
PM, SO₂, HCl, Hg. In some applications CCS is the only technology
proven effective and certified by regulatory authorities.

Typical Application for CCS include:

Large stationary diesel
Glass furnace emissions
Boiler MACT compliance
Solar panel manufacture
Syngas cleaning
Solid fuel and biomass boilers
Oil and gas fired boilers
Waste incinerators
Abrasive production
Smelters and foundries
Chemical manufacturing
Curing ovens, dryers, rotary kilns
Plastics Manufacturing
Sulfuric and nitric acid production
Diesel test cells
Diesel from ships at port
Diesel from locomotive engines
Many others with submicron PM
Wet electrostatic precipitator replacement

Typical Pollutants Removed by CCS include:

Diesel emissions
Inorganic salts
Silicon dioxide, silica
Metal oxides
Syngas pollutants
Heavy metals
Ammonium salt particles
Condensable hydrocarbons
Byproducts of combustion
Carbonyl sulfide (COS)
Acid gases such as HCl, HF, H₂SO₄,HNO₃
Sulfur dioxide (SO₂)
Chlorine gas (Cl₂)
Hydrogen sulfide (H₂S)
Ammonia
Many others

Visit the Cloud chamber Scrubber (CCS) page for more information
and the Case Studies link on this revolutionary technology, the first
major advance in air pollution control in half a century.

Visit our Conference Talks page for a list of Industry Events where Tri-Mer systems experts made presentations on CCS or Biofiltration technology.

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