Products
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MPS decarbonization technology
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Methane extraction technology – coalbed methane
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CO2 removal by pressure swing adsorption
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Ethylene tail gas recovery
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Flue gas CO2 recovery technology
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MEA-MDEA-NHD Desulfurization Technology
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Technology of desulfurization and CO2 removal using NHD method
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Wet CO2 removal technology
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Desulfurization technology using the redox wet method
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Special acid regeneration equipment
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Vinyl chloride recycling technology
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Flue gas denitrification SCR、SNC
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Hydrogen production by splitting methanol
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Ionic liquid desulfurizer
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CO removal by pressure swing adsorption
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VOC tail gas disposal
Coal gas organic sulfur fine removal technology
Because blast furnace gas contains organic sulfur, H2S and other impurities, if blast furnace gas is used as fuel, the SO2 in the flue gas does not meet emission standards. There are two main measures to reduce emissions: blast furnace gas desulfurization or exhaust flue gas desulfurization.
Description
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Coal gas organic sulfur fine removal technology
Description of technology
Because blast furnace gas contains organic sulfur, H2S and other impurities, if blast furnace gas is used as fuel, the SO2 in the flue gas does not meet emission standards. There are two main measures to reduce emissions: blast furnace gas desulfurization or exhaust flue gas desulfurization.
Blast furnace gas contains H2S and organic sulfur (mainly COS), and to achieve emission targets the organic sulfur must be converted to H2S and then the H2S removed.
Installation scale: 5000~500000nm³/h.
Specifications
1．Organic sulfur conversion rate is high, can reach 90 - 95%;
2．The device has a small pressure drop, which does not affect the power generation of TRT blast gas;
3．The device occupies a small area and is suitable for the reconstruction of an established steel plant.
Applications
Project for desulfurization of blast furnace gas or other gas containing organic sulfur.
Flow diagram
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