GEMCO hydraulic briquette machine can significantly reduce the size of all kinds of biomass material that you have as much as 90%, turning them into biomass briquettes with smaller volume, higher heating value concentration and easy for transporting. This new generation hydraulic briquette machine bring hydraulic system and its features into biomass fuel industry. By integrating Siemens intelligent PLC module, this briquetting machine realizes a better environment where making biomass briquettes is smarter, safer and quieter. This hydraulic briquette machine makes briquettes from kinds of biomass material, including hard and soft wood, chipboard, paper, wood shavings, saw dust, crop straw, etc.
If you are from furniture industry, or saw mills and so forth, GEMCO hydraulic briquette machine is the very right machine for you as it can help you dealing with the tons of wasted material by pressing them into compact high value biofuel briquettes, whose combustion performance is much better than the regular firewood or coal. This is definitely a one-stone-two-birds business.
Gemco Biomass Moulding Fuel, abbreviated as “BMF”, are produced from the raw materials such as wood wastes (sawdust, wood shavings) and agricultural wastes ( straws, and begrass, ), which are processed into Moulding Fuels (such as pellets, bars, and briquettes) after going through the processing procedures such as crushing, drying, mixing, compressing, etc. The moulding fuels are used as a replacement for the traditional fossil fuel (such as coal, gasoline, and gas).
BMF is composed of combustible basis, inorganic substance, and moisture, with the main elements of carbon (C), hydrogen (H) and oxygen (O), a small amount of nitrogen (N), sulfur (S), and ash, moisture, etc. The content of the main elements are as follow:
The calorific value or heat value of the biomass moulding fuels produced by Gemco biomass pellet plants and equipment is around 15- MJ/kg so that the calorific value of 2 - 3 kg BMF equals that of 1 kg oil fuel and 1 cubic meter of gas.