This system is designed to:Analyze coke yield, chemical product yield, and gas yield of blended or single coal types
Quantitatively simulate hot-strength indices (CRI, CSR) of coke
Support experimental research on both conventional and stamp-charging coking processes
Applications:Provide data for optimizing coal resource utilization and improving coke quality
Guide production improvements and evaluate economic feasibility
Support rational coal resource management through predictive modeling
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Main Body of the 40kg Bottom-Loading Coke Oven Equipment:
Coal Charging Amount: 43-50kg (dry basis)
Effective Size of the Carbonization Chamber (Length × Width × Height): 500×400×600mm
There are 2 groups of silicon carbide rods for heating on each side of the combustion chamber.
Coking Time: 16h-24h (controlled at 22h during normal tests)
Flue Temperature: 1050℃±10℃ (rated maximum temperature is 1350℃)
Central Temperature of the Coke Cake: ≥950℃
Main Control System
Working Voltage: 380V±10%
Total Power: 24kw
Control System:
Components: Computer, Siemens PLC, 200_Smart;
Data Processing: Remotely controlled by the computer, the temperature control curve is displayed in real time, and data reports are output;
Computer: Lenovo brand
Printer: HP laser printer
Stamping Machine:
Purpose: Used to adjust the density of the coal charged into the oven.
Stamping Density: 0.72 tons/m³ - 1.03 tons/m³
Stamping Stroke Height: 600mm
Working Voltage: 220V±10%
Coal Charging and Coke Discharging System:
The lifting height of the lifting system is 700mm to protect the furnace body. Mechanical charging and discharging of the furnace are safe and convenient to operate.
