RDF garbage rod making machine

RDF garbage rod making machine, RDF garbage fuel rod compactor, light material rod making machine RDF garbage rod making machine is a material energy pretreatment equipment. Mainly using agricultural and forestry processing waste such as sawdust, straw, rice husk, bark and other biomass as raw materials, through pretreatment and processing, it is solidified into high-density pellet fuel. Biomass pellet machine ..

RDF garbage rod making machine is a material energy pretreatment equipment. Mainly using agricultural and forestry processing waste such as sawdust, straw, rice husk, bark and other biomass as raw materials, through pretreatment and processing, it is solidified into high-density pellet fuel. Biomass pellet machines are divided into flat mold biomass pellet machines and ring mold biomass pellet machines.

The working principle of RDF garbage rod making machine:

Biomass sawdust with a moisture content of 15-25% below 50mm, corn, wheat, rice, beans, peanuts, sweet potatoes, and other crop straw or grass are compressed into block feed, as well as biomass such as twig wood, into rod-shaped solid particle biofuels with a cross-sectional size of 33-40mm and a length greater than 150mm. After compression, the particles have a large specific gravity and small volume, making them easy to store and transport. They are high volatile solid fuels with a calorific value of 3200-4000 kcal. They are flammable, have low ash content, and low cost, and can replace fuels such as firewood, raw coal, and gas. They are widely used for heating, household stoves, boilers, biomass power plants, etc.

RDF garbage rod making machine performance advantages:
1. High pressure filtration, clean and smooth;
2. Lubrication independent, 24-hour operation with fully automatic lubrication;
3. Independent discharge device to improve the forming rate of granulation.
4. The mold is stationary, the pressure wheel rotates, the material is centrifuged, and evenly distributed around the periphery;
5. The mold is oriented vertically and fed directly into place without arching, making it easy to dissipate heat;
6. Two layer mold, dual-use for both top and bottom, reducing costs and increasing efficiency, both can be used, high yield and energy saving;
7. Circular mold, vertical structure, and equipped with an air cooling system to facilitate heat dissipation and cooling in the granulation chamber;
8. The main transmission of the vertical ring mold pellet machine adopts high-precision gear transmission, which increases the output by about 20% compared to belt transmission.

Taking into account the comprehensive characteristics of household waste, in order to effectively realize the resource utilization of waste and improve efficiency, Zhongcheng Environmental Protection Equipment Co., Ltd.'s complete technical solution for urban household waste resource utilization is adopted.
Urban household waste can be sorted and utilized as follows:
1. Non ferrous metals - cans, aluminum alloys, aluminum, etc., used for recycling and reuse;
2. Ferromagnetic metals - iron wire, iron cans, beer lids, etc., used for recycling and reuse;
3. Plastic products - mineral water bottles, beverage bottles, plastic blocks, etc., used for recycling and reuse;
4. Inert non combustible materials - stones, sand, ceramics, etc., used for making environmentally friendly bricks, cement raw materials, or landfill;
5. Remaining combustibles (wood, leather, clothing, scraps, etc.) - make RDF fuel rods for heating or electricity generation.

Zhongcheng Environmental Protection Equipment Co., Ltd. produces RDF fuel rods from household waste, which have the characteristics of high calorific value, stable co firing, easy transportation, easy storage, low secondary pollution, and low emissions of toxic carcinogens such as PCDD/Fs. The birth of waste derived fuel (RDF) undoubtedly brings vitality to the energy utilization of waste and has become a new growth point in the field of waste utilization. Through WTR solid waste resource utilization technology, harmless, reduced, resourceful, and energy-efficient treatment of solid waste can be achieved, with high social, environmental, and economic value. This can bring stable and considerable benefits to the project, enabling it to operate healthily and well.