CC-88 Combustion Catalyst Improved Combustion Efficiency & Reduced Coal Consumption On China Boiler

A successful demonstration of CC-88 combustion catalyst has been performed to demonstrate CC-88 for improved combustion efficiency and lower pollution emissions.
By: Evan W. Lipstein
CC-88 improved combustion stoker-fired boiler
CC-88 improved combustion stoker-fired boiler
Oct. 17, 2011 - PRLog -- This demonstration report showed the positive effects of using the Combustion Catalyst CC-88.

Please visit the report:

This report produced by Asia Coal Catalyst Company (ACCC) showed positive proof of CC-88 abilities to improve combustion of the coal and reduce the harmful emissions into the atmosphere.

ACCC has shown that using CC-88 will:

• improve combustion efficiency and/or increase steam output
• improve boiler efficiency
• lower SO2 and SO3 emissions
• lower particulate emissions
• reduce CO2 emissions
• lower NOx emissions
• reduce corrosion
• reduce/eliminate slagging or combustion deposit buildups
• improve fly ash quality

The boiler at Sichuan EM Technology Co. Ltd. (SEMT) is a coal fired stoker grate design - a typical design for thousands if not millions of boilers throughout China. The performance problems are typical of these types of boilers and include:

• an inability to meet design stream flow
• excessive pollution which needs reduction (mainly particulate)
• cold end corrosion problems
• major slag deposits from burning sub-bituminous coal

Demonstration results have shown CC-8 8abilities to improve the combustion / boiler efficiency thus reducing the quantity of coal needed to produce the steam, and reduce particulate and possible SOx and NOx emissions.

CC-88 Coal Catalyst improves coal combustion and reduces harmful emission of wasted black carbon fuel (soot). CC-88 Coal Catalyst improves energy efficiency and reduces your operating costs.

CC-88 is applicable to all types of Coal combustion systems needing to improve energy efficiency. Many of China's aging industrial boiler systems are inhibited by slagging and fouling. As hard carbon deposits on the inside of a boiler the slag inhibits heat transfer, which reduces fuel efficiency.

CC-88 works to soften existing hard carbon deposits and help prevent new slag formation. Ass CC-88 Combustion Catalyst works its way through the boiler system it will help combust wasted carbon fuel that is collecting in the cold end of the boiler. As the cold end soot deposits, soot blowers and other slag removal devices removed remaining soot more thoroughly and efficiently, this also lowers the load on pollution control devices (electrostatic precipitators).

CC-88 technology revolves around the unique application of a proprietary Clean Coal Combustion Catalyst that improves the efficiency, reliability, fuel flexibility and environmental status of combustion units by controlling slagging, fouling, corrosion, opacity and acid plume, as well as the formation of sulfur trioxide, ammonium bisulfate, particulate matter (PM2.5), carbon dioxide and NOx. This technology, in the form of CC-88 program has been applied to over more than 200 combustion units burning a wide variety of fuels including coal, heavy oil, biomass, and municipal waste. A breakdown of the nature of these customer units is posted on the Company’s website.

Please visit

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ACCC offers our combustion enhancement products to operators of coal-fired boiler worldwide as a practical and economical solution to balance burning coal with environmental restrictions. Our products reduce coal consumption and pollution.

Source:Evan W. Lipstein
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Tags:Traveling Grate Stoker, Chain Grate Stoker Boiler, China stoker-fired boiler, India coal savings, Un-burned Carbon, Coal
Industry:Energy, Environment, Industrial
Location:New York City - New York - United States
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Page Updated Last on: Oct 17, 2011

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