Gas Molecular Sieve Desulfurization Unit for Natural Gas Processing - 60,000 Nm³/day Capacity, 3.48-4.98 MPa Pressure
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Product Description
Product Overview
Gas Molecular Sieve Desulfurization Unit is an advanced natural gas processing system that utilizes molecular sieve technology for efficient dehydration and desulfurization of sour natural gas streams.
Technology & Working Principle
Molecular sieve is an alkali metal aluminosilicate crystal with uniform microporous structure, providing exceptional adsorption capacity and selectivity for water and mercaptan removal.
Key Operating Mechanisms
- Uniform pore channels selectively adsorb molecules smaller than pore diameter
- High adsorption capacity for polar molecules including water and mercaptans
- Adsorption occurs at low temperature and high pressure conditions
- Desorption regeneration performed at high temperature and low pressure
Technical Specifications
| Parameter | Specification |
|---|---|
| Medium | Sour natural gas |
| Treatment Capacity | 60,000 Nm³/day |
| Inlet Temperature | 45°C |
| Inlet Pressure | 3.48-4.98 MPa |
| Materials | 20G/GB5310 |
System Features
- Efficient removal of trace water and mercaptan content
- Regenerable molecular sieve adsorbent for continuous operation
- Robust construction with 20G/GB5310 materials
- Optimized for 60,000 Nm³/day processing capacity
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Company
Sichuan Rongteng Automation Equipment Co., Ltd.