Parameters of γ-FeOOH H₂S Adsorbent
Parameters of γ-FeOOH H₂S Adsorbent
SZ-3
35% Sulfur Capacity
Ideal Industrial Deployment Scenarios
Our columnar γ‑iron oxyhydroxide desulfurizer is a professional, high-efficiency adsorbent exclusively designed for industrial hydrogen sulfide (H₂S) removal. This specialized desulfurization material targets only hydrogen sulfide gas without affecting other original gas components.
Featuring high sulfur capacity and a rigid columnar structure, our H₂S removal media effectively prevents pulverization, powder formation and gas channeling during long-term continuous fixed-bed operation. It maintains stable desulfurization performance under high humidity, water-saturated, aerobic and anaerobic working conditions, requiring no auxiliary heating system.
Suitable for most existing fixed-bed desulfurization towers with minimal equipment modification, the adsorbent consistently reduces outlet hydrogen sulfide content below 1 ppm, meeting international gas pipeline standards and global environmental emission regulations. Custom particle sizes and professional filling solutions are available for diverse industrial gas projects.
Applicable Gas Streams for H₂S Removal
- Oilfield associated gas & Shale natural gas
- Landfill biogas & Coalbed methane
Core Advantages of Columnar γ‑Iron Oxyhydroxide Desulfurizer
- Professional and targeted hydrogen sulfide removal performance
- Excellent mechanical strength to avoid pulverization
- Super stable performance in high-moisture and wet gas conditions
- Cost-effective H₂S treatment with low operational costs
FAQ
Q1: What kind of gas is your columnar γ‑iron oxyhydroxide suitable for?
A1: It is exclusively designed for hydrogen sulfide (H₂S) removal only. It perfectly treats oilfield associated gas, shale natural gas, landfill biogas and coalbed methane, and does not affect other original gas components.
Q2: What sulfur capacity grades do you supply?
A2: We provide 25%、30%、35%、40% and 45%breakthrough sulfur capacity grades to match different inlet H₂S levels and project budgets.
Q3: Does your desulfurizer require heating during operation?
A3: No auxiliary heating system is required. It works stably under high humidity and fully water-saturated gas conditions, both aerobic and anaerobic.
Q4: Will the adsorbent turn into powder or block the tower?
A4: With crush strength ≥50 N/cm, its rigid columnar structure avoids pulverization, bed compaction and gas channeling during long-term continuous operation.
Q5: Can you customize the size for our existing towers?
A5: Yes. We customize pellet diameter and length to fit your tower size, gas velocity and bed design parameters.
Q6: Is the spent adsorbent hazardous?
A6: The saturated spent media is inert and non-hazardous, supporting safe and compliant disposal according to international environmental standards.
Q1: What kind of gas is your columnar γ‑iron oxyhydroxide suitable for?
A1: It is exclusively designed for hydrogen sulfide (H₂S) removal only. It perfectly treats oilfield associated gas, shale natural gas, landfill biogas and coalbed methane, and does not affect other original gas components.
Q2: What sulfur capacity grades do you supply?
A2: We provide 25%、30%、35%、40% and 45%breakthrough sulfur capacity grades to match different inlet H₂S levels and project budgets.
Q3: Does your desulfurizer require heating during operation?
A3: No auxiliary heating system is required. It works stably under high humidity and fully water-saturated gas conditions, both aerobic and anaerobic.
Q4: Will the adsorbent turn into powder or block the tower?
A4: With crush strength ≥50 N/cm, its rigid columnar structure avoids pulverization, bed compaction and gas channeling during long-term continuous operation.
Q5: Can you customize the size for our existing towers?
A5: Yes. We customize pellet diameter and length to fit your tower size, gas velocity and bed design parameters.
Q6: Is the spent adsorbent hazardous?
A6: The saturated spent media is inert and non-hazardous, supporting safe and compliant disposal according to international environmental standards.