Gas Recovery, Separation, Production & Purification Products

1. Hydrogen Production & Purification
   Hydrogen production and purification is a key part of this category, especially for industries that require high-purity hydrogen for process, refinery, or energy applications. These units can be designed based on reforming, hydrogen recovery from by-product streams, or gas mixture separation. Hydrogen purification systems, using advanced PSA, membrane, or hybrid technologies, remove impurities such as CO₂, CO, CH₄, N₂, and moisture, delivering industrial or ultra-high purity hydrogen. Accurate design ensures stable purity, operational safety, and optimal energy efficiency.
2. Carbon Dioxide Capture (CO₂ Capture)
   CO₂ capture units are designed to reduce greenhouse gas emissions, improve process gas quality, and comply with environmental regulations. These systems can operate using chemical absorption, physical absorption, or adsorption technologies and play an important role in gas refining and chemical industries. The units are designed to allow recovery of CO₂ for reuse or safe disposal, reducing environmental impact while managing operational costs and energy consumption.
3. Gas Purification with PSA Technology
   Pressure Swing Adsorption (PSA) is one of the most effective and widely used technologies for producing high-purity gases. PSA is applied for purifying gases such as methane, hydrogen, nitrogen, oxygen, and other industrial gases. The system’s specialized adsorbent beds operate under precise pressure cycles for selective impurity removal. Modular design allows maintenance, bed replacement, and capacity expansion with minimal process downtime.
4. Vapor Recovery Units (VRU)
   Vapor Recovery Units are designed to collect and recover hydrocarbon vapors from storage tanks, pipelines, and process units. They play a key role in reducing material loss, increasing site safety, and decreasing pollutant emissions. Collected vapors are compressed, separated, and purified to return to the process cycle or be safely managed. VRUs provide significant economic savings while ensuring compliance with environmental standards.
5. VOC Collection & Removal Packages
   VOC collection and removal packages control the emission of volatile organic compounds in industrial units. They allow collection, separation, and removal of VOCs from gas streams, reducing environmental impact and enhancing workplace safety. Design considerations include VOC type, concentration, flow rate, and operating conditions, using adsorption, oxidation, or hybrid technologies to achieve stable performance and full regulatory compliance.
6. Vacuum Systems in Gas Processes
   Vacuum systems are essential for creating specific operating conditions, increasing process efficiency, and facilitating gas separation. These systems are designed with vacuum pumps and precise control equipment to ensure stable and safe performance under various process conditions.