New separation technology aimed at achieving a circular economy and carbon neutrality. It enables energy-saving and high-efficiency refining compared to conventional separation methods!
Our company designs and manufactures a compact and energy-efficient separation system called 'HDS' that utilizes zeolite membrane elements with excellent separation performance and durability. All membrane elements are composed of inorganic materials, making them suitable for use under harsh conditions. They can be applied to various purposes such as solvent dehydration and recovery, petrochemical product purification, and gas separation. We provide a comprehensive service from membrane manufacturing to equipment design, assembly, and trial operation, and we also offer "tests using actual liquids" to evaluate separation accuracy in advance. In particular, the zeolite membrane separation system is an effective alternative technology to azeotropic distillation. By reusing organic solvents in an energy-efficient manner, it contributes to achieving a circular economy and carbon neutrality. 【Applications】 ■ Dehydration (purification and regeneration of organic solvents) - Alcohols (ethanol, methanol, IPA, etc.) - Ketones (acetone, MEK, etc.) ■ Purification of hydrocarbons (paraffin isomers, xylene isomers, etc.) ■ Gas separation (purification of methane, hydrogen, CO2 recovery, etc.) ★ We are currently offering materials that introduce separation technology for organic solvents! You can view them by selecting "PDF Download."
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Kanadebia Co., Ltd. sells hydrogen production equipment and methanation equipment as products aimed at a decarbonized society. The hydrogen production device "HYDROSPRING" is a clean device that electrolyzes pure water without the use of chemical agents, thus not generating CO2. In 2018, it launched a large-scale solid polymer hydrogen production device of MW class housed in a 40-foot container. It contributes to the construction of a CO2-free hydrogen society in addition to the expansion of renewable energy adoption. The methanation device "HiMethz" generates methane gas using CO2 and hydrogen as raw materials. By converting and effectively utilizing CO2 recovered from industrial facility exhaust gases into methane fuel, it contributes to reducing carbon dioxide emissions and the early realization of a carbon recycling society. The seawater electrolysis device directly electrolyzes seawater or brine to prevent the attachment of marine organisms such as microorganisms and shellfish without the use of chemicals. It is utilized in various plants at power stations and coastal industrial zones, as well as on ships. Additionally, the brine electrolysis device, which directly electrolyzes brine, is also used for water quality improvement and transparency maintenance in aquariums, as well as for sterilization in water supply systems.
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