A rice hull and husk carbonizer converts rice husks and hulls into charcoal through an environmentally sustainable process. Here's an overview of how it works:
Carbonization: The organic matter from rice husks and hulls is converted into char or carbon. This process is accelerated using a high temperature in a rice hull carbonizer.
Working procedure: A rice husk charcoal briquettes machine consists of four main parts: carbonization machine/chamber, gasification furnace, cooling chamber, and flue gas purification system.
Carbonization furnace: Rice hulls are charred or burnt in this furnace, producing tar, flue gas, and other byproducts.
Flue gas purification: A system is used to remove impurities and tar from the gas produced in the furnace, ensuring a purer end product.
Combustion and carbonization: The flue gas is sent into the carbonization chamber/machine, where it combusts with the raw materials at high temperatures, converting the rice hulls into char or charcoal. This combustion process relies on the continuous release and utilization of flue gas.
Cooling chamber: The charcoal or charred rice hulls are rapidly cooled in this chamber to achieve the desired final product.
The rice hull carbonization process operates in a closed environment, utilizing a circular cycle of combustion and flue gas discharge. This closed and sealed system makes it smoke-free and environmentally friendly compared to other processes.
The rice hull carbonizer produces non-toxic and clean activated charcoal, which is highly sought after as a quality energy source. The increasing demand for activated and clean charcoal products has led to the popularity of these machines.
A rice hull and husk carbonizer converts rice husks and hulls into charcoal through an environmentally sustainable process. Here's an overview of how it works:
Carbonization: The organic matter from rice husks and hulls is converted into char or carbon. This process is accelerated using a high temperature in a rice hull carbonizer.
Working procedure: A rice husk charcoal briquettes machine consists of four main parts: carbonization machine/chamber, gasification furnace, cooling chamber, and flue gas purification system.
Carbonization furnace: Rice hulls are charred or burnt in this furnace, producing tar, flue gas, and other byproducts.
Flue gas purification: A system is used to remove impurities and tar from the gas produced in the furnace, ensuring a purer end product.
Combustion and carbonization: The flue gas is sent into the carbonization chamber/machine, where it combusts with the raw materials at high temperatures, converting the rice hulls into char or charcoal. This combustion process relies on the continuous release and utilization of flue gas.
Cooling chamber: The charcoal or charred rice hulls are rapidly cooled in this chamber to achieve the desired final product.
The rice hull carbonization process operates in a closed environment, utilizing a circular cycle of combustion and flue gas discharge. This closed and sealed system makes it smoke-free and environmentally friendly compared to other processes.
The rice hull carbonizer produces non-toxic and clean activated charcoal, which is highly sought after as a quality energy source. The increasing demand for activated and clean charcoal products has led to the popularity of these machines.