The Features Of The Biomass Charcoal Making Machine

The biomass carbonization machine which also goes by the name of biomass charcoal making machine or biochar machine uses waste-treatment technology that involves disposing of biomass waste. This includes materials such as wood, wood chips, rice husks, coconut shells, palm shells, plant stalks, sewage sludge and more.

The processes that these machines use involve high temperatures, volatile pyrolysis gas, carbon enrichment, and sulfur emissions. Carbonization of different types of biomass can create charcoal along with other by-products due to the fact that no air oxidation is present, which includes incomplete thermal-decomposition.

Beston Charcoal Manufacturing Plant

Beston Biochar Making Plant

What Applications Fields Are The Biomass Charcoal Making Machines Used For?

• Forestry and agricultural sectors, for waste such as rice husks, wood, sawdust, plant vines, coconut shells, along with other types of biomass materials. This type of waste is commonly turned into charcoal by biomass pyrolysis plant.

• For municipal waste treatments, which includes sludge and solid waste treatments.

• In the industrial paper-making fields, for treatments dedicated to paper-making waste.

• Soil improvement treatments.

Beston Biomass Charcoal Making Machine for Sale

Beston Biomass Charcoal Making Machine for Sale

The Biomass Carbonization Process

The biomass materials which is crushed is first placed into a silo, where the materials are then sent to a quantitive feeder via a conveyor belt where these materials are fed into the carbonization furnace. Combustible gas which is produced through this process passes through a cyclone before it enters the condensation-analyzer system after the gas is purified with a spray-dust collector.

This process generates tar, while the wood vinegar is sent to the outside part of these machines from the draft fan, which is then used for burning purposes. These materials are then able to supply heat that is continuous for the carbonization process, while the exhaust gases supply heat to the drying system. From here the biomass waste converts into charcoal, while the wood vinegar and tar generated by this process can also be stored and also sold as a type of chemical raw material.

The Specialized Carbonizer Design

The biomass charcoal making machine uses a multi-passage and double-layer design. It is composed mainly of a carbonizing machine, a dryer, along with auxiliary equipment. In addition to these parts, other parts include the driving rack, flash steaming, drying, feeding, carbonizing, cooling, discharging, recycling exhaust gases, the wet-dust catcher, the gasification furnace along with related pipes.

It is the double-layered design which ensures that the bottom part of this machine is in constant contact with the heated air. This is useful when it comes to raising the use of the heat efficiently straight from the start. The equipment in the lower level uses residue heat when carbonizing the gas in order to flash steam these materials. The multi-pipe and optimized design for the hot exhaust gases which is generated from the hot-blast heater or gasifier, along with with with the recycling pipe, the fission heat, and carbonizing collecting pipe, along with the flash-steam collection pipe, raises the use of heat efficiency for a 3rd time. After 3 times of this optimized use of heat, the emission gas temperature will be below 100 centigrade. The heat use ratios associated with this equipment is more than 85%. Visit this web www.BestonGroup.id/ to find environment-friendly machine with affordable price.