SPECIFICATIONS

Air consumption m³/kg: 2.0-2.5

Applicable coal type: Non bonded or weakly bonded bituminous coal, anthracite coal

Coal addition method: Automatic

Coal consumption(kg/h): ≤550

Coal particle size(mm): 20-40,25-50

Furnace cross-sectional area(m2): 3.14

Furnace inner diameter(mm): 2000

Gas production(m3/h): ≤1920

Power: 30 kW

Steam consumption (m3/kg): 0.3-0.5

Steam production of water jacket KG/h: 300

Voltage: 220V

Weight (kg): 56000

brand name: hejia

core components: furnace

place of origin: Henan, China

video outgoing-inspection: Provided

warranty: 1 Year

Working principle:
Qualified raw coal is lifted by electric hoist to the coal storage bunker in the main plant, and then added into the furnace through double-drum hydraulic stoker. The coal is heated and distilled by the gas from the gasification section. The semi-coke coal after distillation reacts with the gasifying agent (air, steam) in the gasification section. The gas generated in the gasification section is divided into two parts. One part is discharged from the gas outlet of the lower section of the two-section furnace through the cyclone dust collector, and the other part goes up through the central pipe to mix with the distillation gas and is discharged from the upper gas outlet.
The coal gas at the outlet of the lower section enters the forced air cooler after being cooled and dusted by the cyclone dust collector, where it continues to be dusted and cooled, and then enters the intercooler for further cooling. The coal gas at the outlet of the upper section enters the electric tar precipitator for decoking, and then directly enters the intercooler to mix with the coal gas at the lower section, where it is cooled during mixing. After mixing, the coal gas enters the electric light oil catcher to remove light oil, the gas is pressurized by a booster fan and sent to the gas desulfurization tower to remove hydrogen sulfide. After multi-stage dust removal, coke removal, and desulfurization, the coal gas is sent to the gas consumption point through pipelines.

Structural diagram:

Advantage:
1. The calorific value of coal gas is higher than single stage gas producer.
2. The thermal efficiency is 10% higher than single stage gas producer.
3. Low-temperature dry distillation coal tar has low viscosity and good fluidity, and can be used as high-quality fuel or further refined and processed.
4. The cooling of coal gas can be done by indirect cooling. The circulating water quality of coal gas cooling is clean, the amount of condensed water of the phenol-containing dry distillation coal gas is small, and it is easy to handle to meet the standards, which is beneficial to the improvement of environmental protection.
5. After the coal gas is detarred, it can be transported to 300-400 meters away without heating.
6. The coal gas is cooled and detarred to remove impurities, and can be transported over long distances if pressurized.
7. Through desulfurization, cold and clean desulfurized gas can be produced, which can be used in industries with high requirements on coal gas cleanliness, such as gas power generation, firing of ceramic sanitary ware, etc., and can meet the requirements of most industries.
8. Wide applicability of coal: lean coal, non-sticky bituminous coal, long bituminous coal, bituminous coal with an expansion index less than 2.5, and some lignite can be used.

Application:
The gas produced by the two-stage gas producer cold gas station can be widely used in industrial heat treatment, suitable for the steel industry, forging, ceramic firing, gas power generation, ore drying, and various heat treatment furnaces.

Parameter:

Actual Shipment Photos: