The PSA module developed by MINNUO is an effective solution for treating complex gas sources in an economical and efficient manner. Its low energy consumption and high gas yield make it a viable technology for various applications that require cost-effective handling of high-quality hydrogen, including hydrogen transportation and power generation.

• • Fuel hydrogen scale:5~100000Nm³/h (single set)
• • Purity level available:>99.97%
• • Modular customized design tailored to the characteristics ofthe hydrogen source magazine
• • Wide applicability for various hydrogen-containing gas treatments,with low energy consumption and high yield
• • High-quality fuel hydrogen gas product with minimal impurities,stable performance, and good economy
• • Adaptive operational parameter adjustment, enabling unattended and cloud monitoringwith a high degree of intelligence
• • Compact and reasonable equipment structure, mobile, expandable,small footprint, and low public auxiliary requirements
• • Factory delivery of all modules in complete sets,resulting in less on-site construction, a short delivery period, and guaranteed quality

The PSA module developed by MINNUO aims to cost-effectively, efficiently, and consistently extract high-quality industrial hydrogen from a variety of sources. This is achieved through the utilization of software simulations, process optimization, and advanced equipment design and manufacturing techniques.

• • Hydrogen production scale:5~400000Nm³/h
• • Purity levels available:99.99%，99.999%，99.9999%
• • High-quality hydrogen productwith stable performance and good economy
• • Adaptive operational parameter adjustment, enabling unattended and cloud monitoring,with a high degree of intelligence
• • Modular design, production, and delivery; minimal on-site construction required,resulting in a short construction period and excellent quality
• • Incorporation of advanced technology and equipment,with a minimal number of adsorption towers, pipelines, and valves for low maintenance and high reliability

MINNUO has designed a specialized purification plant for large-scale water electrolysis that takes advantage of the unique features of renewable energy sources and the electrolysis process itself. This innovative plant has the capability to generate not only green hydrogen, but also green oxygen by-products.

• • Hydrogen Production Scale: 1000~200000Nm3/h
• • Hydrogen Quality:Greater than 99.9995%, Dew Point of -76℃, Oxygen Less than 1ppm
• • Load Range:10%~110%, Optimally Matching the Characteristics of Renewable Energy
• • Working Pressure:0.8MPa~3MPa
• • Features alkali-resistant catalyst and special adsorbent,resulting in a simple process and high efficiency
• • Equipped with advanced adsorption processes,which ensure no hydrogen loss during regeneration
• • Uses an advanced equipment structure that utilizes common cooling waterinstead of special chilled water, which results in low energy consumption
• • Features automatic drainage and recycling system, leading to low emissions of three wastes,making it more environmentally friendly
• • Operates with adaptive operating parameters that can be monitored remotely via cloud,resulting in a high degree of intelligence
• • Designed using a modular concept, resulting in a compact structure,beautiful appearance, and environmental friendliness.

MINNUO has created a unique hydrogen filtration solution for the final stage of hydrogen filtration in hydrogen refilling stations and various high-pressure hydrogen applications. Examples include fuel cell testing laboratories and large-scale, high-quality hydrogen receiving stations. Typically situated at the unloading point of long tube trucks, the equipment employs deep filtration and purification processes to remove trace impurities from purchased hydrogen, ensuring customers receive high-quality hydrogen.

• • Product Specification:500Nm³/h, 1000Nm³/h, 2000Nm³/h, and so on.
• • Impurities Handled:Trace grease, particulate matter, sulfur, CO, water, and other substances.
• • Pressure Range:2MPa~20MPa.
• • Floor Space:Covers an area of 2㎡~8㎡.
• • System Features:Adaptive operating parameter adjustment, unattended operation, cloud monitoring, and high degree of intelligence.
• • Design Concept:Modular design, compact structure, beautiful appearance, and environmentally friendly.