shaunjayaratnam
New Member
We’re a Singapore company in the business of eco-green products.
We’ve exclusive rights for H2 Biomass Catalyze Liquid, engineered and developed in Japan.
H2 Biomass Catalyze Liquid increases the combustion level of coal / wood chip / LNG / LPG used in the fueling of power plants / incinerators / steel plants, glass manufacturing plants etc.
H2 Biomass provides coal powered plants with a reliable, but clean source of energy by reducing carbon and other harmful emissions such as mercury, sulfur and nitrous oxides.
With just spraying 1% of H2 Biomass on to coal, the consumption of coal used in fueling the plants can be reduced by more than 20% (depending on boiler design and fuel-feed system used), hence huge savings to the plants.
Cofiring allows the maximum use of H2 Biomass in a mixture of fuels that include coal and natural gas, but without abandoning the massive capital investments in the replacement of power plants.
Cofiring consists of replacing a portion of the coal with H2 Biomass in an existing power-plant boiler. This can be done by either mixing H2 Biomass with coal before fuel is introduced into the boiler (by spraying), or by using separate fuel feeds for coal and biomass.
Boiler type in which cofiring has been tested include coal-fired cyclone boilers, fluidized-bed boilers, spreader stokers, and wall-fired and tangentially designed pulverized-coal boilers.
Fuel and maintenance costs are actually reduced and expensive pollution control upgrades can often be avoided because biomass contains very little sulphur or mercury.
Please don’t hesitate to contact me if you would like to discuss further on this subject.
I look forward to hearing back from you.
SHAUN JAYARATNAM
Sales Manager
Please contact..
We’ve exclusive rights for H2 Biomass Catalyze Liquid, engineered and developed in Japan.
H2 Biomass Catalyze Liquid increases the combustion level of coal / wood chip / LNG / LPG used in the fueling of power plants / incinerators / steel plants, glass manufacturing plants etc.
H2 Biomass provides coal powered plants with a reliable, but clean source of energy by reducing carbon and other harmful emissions such as mercury, sulfur and nitrous oxides.
With just spraying 1% of H2 Biomass on to coal, the consumption of coal used in fueling the plants can be reduced by more than 20% (depending on boiler design and fuel-feed system used), hence huge savings to the plants.
Cofiring allows the maximum use of H2 Biomass in a mixture of fuels that include coal and natural gas, but without abandoning the massive capital investments in the replacement of power plants.
Cofiring consists of replacing a portion of the coal with H2 Biomass in an existing power-plant boiler. This can be done by either mixing H2 Biomass with coal before fuel is introduced into the boiler (by spraying), or by using separate fuel feeds for coal and biomass.
Boiler type in which cofiring has been tested include coal-fired cyclone boilers, fluidized-bed boilers, spreader stokers, and wall-fired and tangentially designed pulverized-coal boilers.
Fuel and maintenance costs are actually reduced and expensive pollution control upgrades can often be avoided because biomass contains very little sulphur or mercury.
Please don’t hesitate to contact me if you would like to discuss further on this subject.
I look forward to hearing back from you.
SHAUN JAYARATNAM
Sales Manager
Please contact..
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