Note: All Brochures are PDF files.

Product Brochures:

CCA Combustion Controls & NOx Reduction
CCA TRIM-NOx™ SCR System for Diesel Engines
CCA Marine Boiler Burner Conversion to Diesel Fuels

Case Studies:

Case 1- IRIS Scanner retrofit to eliminate oil burner flame loss
Case 2- In-furnace and post combustion NOx reduction on biomass fired stoker boiler (220K lb/h)
Case 3- In-furnace and post combustion NOx reduction on Biomass fired stoker boiler (165K lb/h)
Case 4- Boosted Overfire Air and FGR for NOx control on 440 MW oil-gas fired boiler
Case 5- Oil gun and burner package for #6 to #2 fuel oil conversion
Case 6- Paper machine dryer burner modifications for converting to steam atomization
Case 7- Burner Modifications and Water Tempering on (3) 65K lb/h boilers
Case 8- Burner hardware and control modifications converting thermal oxidizer to steam boiler
Case 9- In furnace NOx controls on 330K lb.h hazardous waste incinerator
Case 10- Oil-fired ignitor system for warm-up of coal-fired boiler
Case 11- Low NOx burner and water tempering for refinery gas package boiler
Case 12- CFD modeling for reduced NOx and CO emissions for refinery gas package boiler
Case 13- Prototype atomizer design and evaluation for conversion from low sulfur fuel oil to biofuel
Case 14- Low NOx burners and flow distribution devices for 440 MW natural gas boiler with fuel oil backup
Case 15- TRIM-NOx SCR and urea injection skids for (2) 2.2 MW GM-EMD diesel engines
Case 16- TRIM-NOx SCR and diesel oxidation catalyst for (2) 1.9 MW Caterpillar 3520 gas engines
Case 17- TRIM-NOx SCR and diesel oxidation catalyst for 1.6 MW Caterpillar 3516 diesel engine
Case 18- TRIM-NOx SCR and urea injection system for (4) 2.5 MW Caterpillar 3516 diesel engines

Other Brochures:

Trimming NOx from Stationary Engines published in DieselProgress, May 2010

Advanced Urea Injection System Achieves Over 90% Reduction on 4 CAT 3516 Engines Rated at 2.5 MW Each

Pollution Control Retrofit Keeps Diesel Generators Operating

Emission Control and Combustion Optimization on Wood Stokers

Gas Nozzle Design for Improved Stability

Low-Nox Pulverized Coal Nozzle Tip Design For Tangentially-Fired
Furnaces At Mirant’s Potomac River Achieves 21-33% Nox Reduction At A Very Low
Cost.

Heavy Oil Fired 125 MW Tangential & 630 MW Wall Fired Low Nox Boiler
Upgrades

Results Of Reduced SO3 Atomizers, Modeling And Operational Procedure
Improvements To Reduce Opacity And Nox On Boilers 4, 5 And 6 At The
Mystic Station, Boston, MA.

Opacity Problems And Solutions Associated With Utility Boilers

Utility Boiler Nox Emission Control While Firing Heavy Oil Through
Automated Control Of Fuel-Bound Nitrogen Content And Low-Nox Atomizers/Flame
Stabilizers

Ethanol Plant – Iowa; Plant Is Meeting All Air Emission Compliance
Requirements

Combustion Modifications To Reduce Opacity, Particulates And Fall-Out
Material From A 600 MW Boiler

Air Assisted Urea Injector For SCR Systems