Notes

How much do you understand about biomass molding fuel?<br>
Biomass molding fuel (BMF) is a sort of tidy fuel Pellet machine compresses biomass such as straw, sawdust, fruit shell, corn cob, wheat bran, tree branches and leaves into biomass pellets. Look At This is a clean energy product which is easy to preserve as well as deliver. It has the advantages of great combustion qualities, high exhaustion price, less dirt and reduced chemical air pollution exhausts.




Structure and also framework of biomass molding fuel

Biomass molding fuel is composed of flammable matter, not natural matter as well as water. It contains carbon (C), hydrogen (H), oxygen (O), a small amount of nitrogen (N), sulfur (S) and various other aspects. It also consists of ash and also dampness.



C: Biomass molding fuel contains less carbon (regarding 40-45%), specifically set carbon, which is easy to burn.

H: Biomass molding fuel has high hydrogen content (regarding 8-10%) and also high unpredictable web content (concerning 75%).

S: The sulfur content of biomass molding fuel is less than 0.02%. There is no demand to mount a flue gas desulfurization gadget when shedding, which reduces the cost of desulfurization and is beneficial to environmental protection.

N: Nitrogen material in biomass molding fuel is less than 0.15%, as well as NOX discharge depends on the standard.

Ash: Biomass molding fuel uses premium quality wood biomass as resources, with very low ash web content, only concerning 3-5%.



Physicochemical indices of biomass molding fuel.

Density: 700-1300 kg/m3

Ash: 3-20%.

Dampness Material: ≤ 15%.

Calorific Worth: 3500-4500 kcal/ kg.

Burning Price: ≥ 96%.

Thermal Efficiency: ≥ 81%.

Smoke Blackness: <1.

Released Dirt Consistence: ≤ 80mg/m3.

The calorific value of biomass molding fuel obstructs varies with the sort of basic materials. Take richi pellet mill as an example: the calorific value has to do with 0.8-0.95 times that of coal, that is, 1.1 t of corn straw molding fuel is equivalent to the calorific worth of 1 t of coal. The combustion performance of corn straw molding fuel is 1.3-1.5 times that of coal-fired 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 achieve eco-zero exhaust of greenhouse gas CO2. The energy of BMF originates from the solar energy chosen plants by all-natural photosynthesis. Carbon dioxide produced during burning comes from the absorption of all-natural carbon dioxide throughout its development.

Biomass fuel is a kind of low-carbon energy. The combustion of BMF is primarily unstable, and also its set carbon material is just about 15%, so it is a typical low-carbon fuel.

Minimizing SO2 exhaust. BMF has less sulfur than diesel, only 0.05%. Sulfur dioxide discharge can be lowered without desulfurization device.

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

BMF has low nitrogen content and high oxygen web content. It can properly minimize air need and reduce the formation of nitrogen oxides when burning.

BMF is derived from farming as well as forestry wastes, with an incineration rate of 96%, as well as the staying 4% ash can be recycled as potassium fertilizer, hence recognizing an efficient cycle of "straw, fuel, fertilizer".

BMF has high thickness, small quantity, strong forming, sealed product packaging, secure as well as convenient transportation and storage space.

The biomass molding fuel has the advantages of high volatility, easy precipitation, good carbon task, flammability, less ash, rapid ignition, more fuel conserving and reduced usage expense.


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