KGJ-35

The KGJ-35 gasifier is an important component of industrial chemical production. It is versatile and widely used in the industry to produce various gases, including hydrocarbons, oxygen, nitrogen, carbon dioxide and other mixed gases.

The KGJ-35 gasifier works by vapourising a liquid fuel in a vessel and drawing the resulting combustible gas out of the chamber. The gas is then passed through a series of valves and controls that regulate the pressure, temperature, and composition of the gas. This controlled gas is then used in process reactions or combustion.

The KGJ-35 gasifier can handle a wide range of liquid fuels including ethanol, methanol, diesel fuel, and other petroleum products. It is also capable of handling heavier, volatile hydrocarbons such as propane and butane.

This gasifier has a wide range of application fields, from simple fuel gasification for powering engines or heating furnaces, to more complex industrial processes, such as oxide production. It can also be used for hydrogen production, as it can produce pure hydrogen gas. It is especially useful in thermal chemical processes, such as incineration, pyrolysis, or waste gasification.

The KGJ-35 gasifier is also employed in biogas production plants. In these types of plants, biomass is heated to produce a combustible gas, which can then be used as a fuel. The gasifier is also important in many petrochemical plants, particularly those that use coal gasification.

The working principle of the KGJ-35 gasifier is based on the Joule-Thompson effect, which states that when a gas passes through a valve, the pressure within the valve and the temperature of the gas both decrease. This effect is employed in the KGJ-35 gasifier to control the pressure and temperature of the combustible gas produced.

The KGJ-35 gasifier is a versatile and effective tool, applicable in a wide range of industries. With its ability to create a steady stream of combustible gas, it simplifies the production of a variety of gases and enables fuel usage to be much more efficient.