Notes

How much do you learn about biomass molding fuel?<br>
wood chip pellet maker (BMF) is a type of tidy fuel Pellet machine presses biomass such as straw, sawdust, fruit covering, corn cob, wheat bran, tree branches and leaves right into biomass pellets. Biomass molding fuel is a clean energy item which is very easy to preserve as well as deliver. It has the advantages of good combustion features, high fatigue price, much less dirt and reduced chemical air pollution exhausts.



Structure and also structure of biomass molding fuel


Biomass molding fuel is composed of combustible matter, inorganic issue and also water. It contains carbon (C), hydrogen (H), oxygen (O), a small amount of nitrogen (N), sulfur (S) as well as other components. their website consists of ash and moisture.



C: Biomass molding fuel consists of less carbon (about 40-45%), specifically set carbon, which is easy to melt.

H: Biomass molding fuel has high hydrogen content (about 8-10%) as well as high unstable material (regarding 75%).

S: The sulfur web content of biomass molding fuel is less than 0.02%. There is no demand to mount a flue gas desulfurization tool when burning, which decreases the expense of desulfurization and also is beneficial to environmental management.

N: Nitrogen material in biomass molding fuel is less than 0.15%, and NOX exhaust is up to the criterion.

Ash: Biomass molding fuel uses high quality timber biomass as basic material, with extremely reduced ash web content, just concerning 3-5%.



Physicochemical indices of biomass molding fuel.

Density: 700-1300 kg/m3

Ash: 3-20%.

Dampness Web content: ≤ 15%.

Calorific Worth: 3500-4500 kcal/ kg.

Burning Rate: ≥ 96%.

Thermal Efficiency: ≥ 81%.

Smoke Blackness: <1.

Discharged Dirt Consistence: ≤ 80mg/m3.

The calorific worth of biomass molding fuel obstructs varies with the sort of basic materials. Take corn straw as an example: the calorific worth is about 0.8-0.95 times that of coal, that is, 1.1 t of corn straw molding fuel is equivalent to the calorific value of 1 t of coal. The combustion efficiency of corn straw molding fuel is 1.3-1.5 times that of coal-fired central heating boiler, so the calorific efficiency of 1 t of corn straw molding fuel amounts that of 1 t of coal.



Features of biomass molding fuel (BMF).

Biomass fuels can accomplish eco-zero emission of greenhouse gas CO2. The power of BMF originates from the solar energy fixed on plants by natural photosynthesis. Carbon dioxide produced during combustion comes from the absorption of natural co2 during its growth.

Biomass fuel is a type of low-carbon power. The burning of BMF is mostly unstable, and its fixed carbon material is only around 15%, so it is a typical low-carbon fuel.

Minimizing SO2 discharge. BMF contains much less sulfur than diesel, just 0.05%. Sulfur dioxide emission can be reduced without desulfurization device.


BMF ash material is 1.8%, which is about 1/10 of coal-based fuel. An easy dust removal tool can attain dirt emission standards.

BMF has reduced nitrogen material as well as high oxygen web content. It can properly reduce air need and also decrease the development of nitrogen oxides when burning.

BMF is derived from agricultural as well as forestry wastes, with an incineration rate of 96%, and the continuing to be 4% ash can be reused as potassium plant food, thus understanding a reliable cycle of "straw, fuel, plant food".

BMF has high density, small volume, solid creating, secured product packaging, safe as well as convenient transport as well as storage space.

The biomass molding fuel has the advantages of high volatility, easy rainfall, great carbon activity, flammability, much less ash, quick ignition, even more fuel conserving and also reduced usage cost.


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