GasHub Technology Pte Ltd. products
Hydrogen Generation
GasHub - Water Electrolyser
GasHub’s GH 1.8 WEL & GH 3.6 WEL are cost-effective, cylinder-free solutions for delivering Hydrogen gas with safety built in to every component. The system eliminates the expensive gas infrastructure and storage safety concerns, and requires only de-ionized water to produce a constant supply of Hydrogen gas. It’s the preferred choice of laboratories requiring onsite Hydrogen generation with quality, reliability and safety. Hydrogen is generated onsite with zero emission of greenhouse gases. GH 1.8 WEL & GH 3.6 WEL are ideal for laboratory instrumentation, such as Gas Chromatograph, and it features low power consumption, rapid startup and high gas purity.
GasHub - Water Electrolyser
GasHub’s GH 600 WEL & GH 1000 WEL are models for operation with fuel cell test stations, or as a source of clean-burning fuel for flame tooks and many others. Proton Exchange Membrane technology is employed as the electrolyte for water electrolysis, which features low power consumption, rapid startup and high pure gas purity of 99.999%. The system eliminates the expensive gas infrastructure and storage safety concerns, and requires only de-ionised water to produce a constant supply of onsite Hydrogen gas with quality, reliability, safety and zero emission of greenhouse gases.
GasHub - Electrolyser
GasHub Electrolyser is a Hydrogen-on-demand generator which uses an advanced electrolyser technology to produce Hydrogen from feedstock of low cost water-based fuel, such as distilled water or aqueous-methanol, that is non-flammable. This Hydrogen generation system can be integrated with PhotoVoltaic or wind turbine modules to produce Hydrogen gas for fuel cells. Advantage of having a GasHub Electrolyser is that the power consumption is lower than conventional Alkaline or PEM electrolyser of comparable Hydrogen generation rate. It is also designed for low maintenance. Choose between water-based for clean emissions or methanol-based electrolyser for an efficient rate of hydrogen production.
