Used WONIK IPS Maha HP2 #9353205 for sale

WONIK IPS Maha HP2 reactor is a cutting-edge, highly efficient and cost-competitive hydrogen production system. It is an advanced, industrial-scale, pressurized, iron-and-platinum-based steam-water reforming reactor, which uses water and natural gas as the primary resources and electricity as an enabler. Maha HP2 reactor utilizes a unique method of converting hydrocarbons into usable forms of energy, specifically, hydrogen, through an anaerobic and aerobic autothermal catalytic reforming process, which takes place in a highly pressure-resistant environment. WONIK IPS Maha HP2 reactor is divided into two distinct sections for smoother and more efficient operation—an anaerobic oxidation-reduction section and an aerobic oxidation-reduction section. The anaerobic stage of the process involves the oxidation of hydrocarbons without oxygen, in order to form syngas, or a mixture of hydrogen and carbon monoxide. The aerobic stage involves the introduction of oxygen into the reaction mix, thus allowing for hydrogen and carbon dioxide to eventually be produced. In contrast to other reformers in the market, Maha HP2 reactor utilizes multiple reforming steps, which leads to an increased output rate and superior performance. The hybrid-catalyst-based design of the reactor is one which, due to its low reactant temperature, yields a higher output efficiency and allows for the use of less expensive catalysts. This novel, two-stage reactor allows for the capture of even more of the energy in the hydrocarbon structure than other methods. The pressure at which WONIK IPS Maha HP2 operates is about 25 bar (3.5 megapascals), allowing for a reaction rate of approximately 18 liters of hydrogen per hour. At this rate, the reaction temperature is kept constant and can be tailored to suit the needs of the user. Furthermore, Maha HP2 has a small total volume for a reactor of this size, allowing for easier installation and a smaller footprint. What's more, WONIK IPS Maha HP2 reactor is a safe, cost-effective option for hydrogen production, as it implements special safety features that lower the risk of any potential incidents. This system has been proven to be highly reliable, with a demonstrated ability to maintain a high running rate of up to 4,400 hours for a consecutive year without any significant reduction in performance. In summary, Maha HP2 reactor is an advanced, cutting-edge, cost-effective and highly efficient steam-water reforming reactor, capable of producing high volumes of hydrogen with remarkable safety and sustainability features.