Natural Gas Desulfurization

High-efficiency sulfur removal: Utilizes high-performance solid adsorbents combined with the existing tower number series adsorption process, no complex regeneration process is required, which can minimize the concentration of H₂S, and is suitable for scenarios with strict requirements for desulfurization accuracy.

High Mass Transfer Performance: The towers use high-efficiency structured packing with flexible distributor layouts to better ensure full contact between gas-liquid counterflow, significantly increasing H₂S absorption efficiency.
High Operational Flexibility: Flexible adjustment of absorbent concentration, circulation volume, and activator formula to adapt to fluctuations in operating conditions.
Maximizing Cost Reduction: Utilizes an optimized activated MDEA formula to minimize Amine silution losses and mitigate corrosion of carbon steel equipment.

High Removal Efficiency: Adapts to different operating conditions, efficiently treats various H₂S-containing gases, achieving better removal rates and concentrations than traditional processes.
Energy saving and environmental protection: Adopts independently optimized ambient-temperature, atmospheric-pressure reaction technology that reduces thermal energy consumption compared to traditional processes. Additionally, H₂S is converted into elemental sulfur, effectively avoiding secondary pollution.