Product Overview:
Carbon monoxide (CO) is a crucial raw material in the chemical industry, used in the production of methanol, acetic acid, anhydrides, OXO chemicals, formic acid, DMF, carbonates, oxalates, phosgene, and other chemicals. To meet the demand for large-scale, low-cost CO production, membrane separation technology offers an efficient and economical solution for high-purity CO separation through isobaric purification.
Technical Principle:
The membrane separation method relies on different permeation rates of gases through the membrane material to separate carbon monoxide. In the separation unit, CO-rich gas enters the separator from the inlet. Through the membrane’s permeation effect, high-purity CO gas is obtained on the non-permeate side, while “fast gases” like hydrogen are extracted from the permeate side, thus achieving CO purification.
Technical Parameters:
Processing Capacity: 100 to 20,000 Nm³/h
Recovery Rate: 80% to 95%
CO Purity: 95% to 99%
Product CO Pressure Drop: Low, reducing downstream compression energy consumption
Technical Features:
Automated Control: Highly automated with the ability to integrate with DCS systems, easy operation, low failure rate, and convenient maintenance.
Modular Design: Simple and quick on-site installation with a compact footprint.
High Reliability: Designed with various protective measures, offering continuous fault-free operation exceeding 8,000 hours per year.
Flexible Adjustment: Multiple membrane units designed to adapt to fluctuations in gas source flow rates.
Low Energy Consumption: More energy-efficient compared to other separation methods with higher reliability.
Dual Product Gases: Capable of simultaneously producing two types of product gases to meet various user needs.
Specialized Control Valves: Fast opening and closing speeds with valve check functionality.
For specific requirements or additional information, please feel free to contact us.
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