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Fuel Tech Environmental Equipment & Supplies
10 equipment items found
Manufactured by:Fuel Tech, Inc. based inWarrenville, ILLINOIS (USA)
Fuel Tech has extensive SCR design experience and understands “real world” plant operations, and has been applying this know-how on a wide range of SCR applications around the world. These projects include boilers, incinerators, reformers and many other types of heat recovery equipment firing coal, gas, oil, and a variety of process gases and waste fuels. Maximizing SCR performance ...
Manufactured by:Fuel Tech, Inc. based inWarrenville, ILLINOIS (USA)
The rehabilitation of existing Electrostatic Precipitators (ESP) is a cost-effective means of improving the performance and restoring efficiency of aging equipment as well as achieving compliance in meeting particulate emission ...
Manufactured by:Fuel Tech, Inc. based inWarrenville, ILLINOIS (USA)
Low NOX burners and Low NOX burner Upgrades are available for both industrial and utility boilers burning a wide variety of fuels and have proven to be a cost effective way to reduce NOX emissions by 40% - 60%. Each system application is specifically designed to maximize NOX reduction without sacrificing combustion performance or unit ...
Manufactured by:Fuel Tech, Inc. based inWarrenville, ILLINOIS (USA)
Fuel Tech is the world’s leading supplier of NOX reduction and urea reagent technologies. The ULTRA® conversion process and systems are designed by experienced in-house engineering personnel and backed with significant commercial experience. The systems are manufactured to ensure quality and longevity while providing a reliable, safe, and easy to use system for the on-site generation of ...
Manufactured by:Fuel Tech, Inc. based inWarrenville, ILLINOIS (USA)
DGI combines best on the market oxygen transfer efficiency with precision accuracy, to deliver an energy efficient and cost-effective water and wastewater treatment system. This cutting-edge technology, achieves superior rates of 99+% gas transfer by pre-dissolving high purity gas in a separate pressurized slipstream. The slipstream can reach up to 900 mg/l oxygen concentration, it is then added ...
Manufactured by:Fuel Tech, Inc. based inWarrenville, ILLINOIS (USA)
Combustion air is diverted from the burners to create a fuel rich zone in the lower furnace. Fuel bound nitrogen conversion to NO is inhibited on coal and oil fired boilers. Peak flame temperatures are reduced on gas fired boilers to limit thermal NOx formation. A high momentum air stream intersects burner flames in the upper furnace to complete combustion prior to the boiler convective ...
Manufactured by:Fuel Tech, Inc. based inWarrenville, ILLINOIS (USA)
Fuel Tech’s ASCR Advanced SCR process maximizes performance and minimizes cost and space requirements when needed. Where high level NOx reduction are required, ASCR can be applied to full scale reactor designs to maximize performance. SCR process design is the most critical step to successful SCR performance. Maximizing SCR performance and minimizing its impact on plant operations requires ...
Manufactured by:Fuel Tech, Inc. based inWarrenville, ILLINOIS (USA)
Flyash precipitators do not operate effectively when there is not sufficient sulfur trioxide (SO3) is not present in the flue gas. By injecting SO3 and, in some cases, ammonia into the flue gas the performance of Electrostatic Precipitators (ESPs) is improved without increasing SOX emissions. The conditioning gas necessary for the FGC process is produced by burning elemental sulfur to produce ...
Manufactured by:Fuel Tech, Inc. based inWarrenville, ILLINOIS (USA)
Redox-Hg is a suspension of highly amorphous iron sulfide particles used to enhance the total mercury removal capabilities of wet FGD scrubber systems. Through a combination of adsorption, chemical reduction, precipitation, and conversion to stable sulfide and iron-sulfide precipitates, Redox-Hg removes oxidized and elemental mercury from liquid and gaseous ...
Manufactured by:Fuel Tech, Inc. based inWarrenville, ILLINOIS (USA)
The NOxOUT SNCR Process is a urea-based Selective Non-Catalytic Reduction (SNCR) process for reduction of oxides of nitrogen (NOx) from stationary combustion sources. The process requires precisely engineered injection of stabilized urea liquor into combustion flue gas temperatures as high as 2500° F. Fuel Tech customizes the design and injection strategy for each application since most NOx ...