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Iron-Manganese Desulfurizer
Iron-Manganese Desulfurizer
Iron-Manganese Desulfurizer
Iron-Manganese Desulfurizer
Iron-Manganese Desulfurizer
  1. Iron-Manganese Desulfurizer
  2. Iron-Manganese Desulfurizer
  3. Iron-Manganese Desulfurizer
  4. Iron-Manganese Desulfurizer
  5. Iron-Manganese Desulfurizer

Iron-Manganese Desulfurizer

Iron-Manganese Desulfurizer is a high-efficiency high-temperature conversion & absorption type desulfurization catalyst specially developed for complex sulfur-containing industrial raw gas. Different from ordinary room-temperature iron oxide desulfurizers and single zinc oxide fine desulfurizers, this Fe-Mn bimetallic composite sorbent integratesorganic sulfur
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Iron-Manganese Desulfurizer is a chemical agent specifically used to remove sulfides (such as hydrogen sulfide, organic sulfur, etc.) from gases or liquids. Its core function is to convert sulfides into harmless or easily separable substances through chemical reactions, thereby purifying the medium.

This product is a conversion and absorption dual-function desulfurizer with oxides of iron, manganese and zinc as the main active components.It can pyrolyze or hydrogenate various organic sulfurs into hydrogen sulfide,and can also remove hydrogen sulfide.It features high mechanical strength and no pulverization when exposed to water.It is mainly used for the fine removal of sulfides from sulfur-containing gases such as natural gas,oil field gas,water gas,semi-water gas,carbonized gas,shifted gas,coke oven gas,liquefied gas,biogas,CO₂and city gas.When the total sulfur content in the feed gas is 1～200ppm,the sulfur content in the purified gas is≤0.1ppm.

Working Principle (Dual Synergistic Mechanism)

The desulfurization process adopts a two-step synergistic reaction mechanism to completely remove all sulfur components in raw gas, realizing one-stop purification:

Step 1: Organic Sulfur Catalytic Conversion

Under high temperature conditions (200–450°C), manganese oxide components exert excellent catalytic activity, converting refractory organic sulfur such as COS, CS₂, mercaptans, thioethers and thiophene in industrial gas into inorganic hydrogen sulfide (H₂S) through pyrolysis, hydrogenolysis and hydrolysis reactions, solving the pain point that conventional desulfurizers cannot remove complex organic sulfur.

Step 2: Inorganic Sulfur Fixed Absorption

The generated H₂S rapidly reacts with active iron and manganese oxides to form stable metal sulfides, which are fixed on the catalyst surface, achieving deep sulfur removal. The bimetallic synergistic effect greatly improves desulfurization efficiency and sulfur capacity compared with single iron-based or manganese-based desulfurizers.
Core chemical reactions:
Fe₂O₃ + 3H₂S → Fe₂S₃ + 3H₂O
MnO₂ + 2H₂S → MnS + 2H₂O

Wide Application Scenarios

Iron-Manganese Desulfurizer is widely applicable for fine desulfurization of various industrial raw gases with complex organic sulfur components, covering multiple industries worldwide:
  • Coal Chemical Industry: Water gas, semi-water gas, shift gas, coke oven gas purification
  • Petroleum & Gas Industry: Natural gas, oilfield associated gas, refinery dry gas and liquefied gas desulfurization
  • Synthetic Chemical Industry: Ammonia synthesis, methanol, ethylene glycol, hydrogen production plant fine desulfurization pretreatment
  • New Energy & Environmental Protection: Biogas, CO₂ recovery gas, urban coal gas purification
Item Unit Product Specifications
Appearance / Blackish-brown strip
Size mm φ4～5×5～15
Bulk density g/cm³ 0.9～1.2
Side pressure strength N/cm ≥60
Attrition rate % ≤10
Working sulfur capacity of double-tower operation % ≥20
Desulfurization  precision(H₂S) ppm ≤0.1

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