QL-1000 H2 PEM generator is used to generate more than 99.9995% purity hydrogen for gas chromatography (GC) both as a carrier gas and fuel gas for flame ionisation detectors (FID) or flame photometric detectors (FPD). It is ideal equipment to replace regular gas cylinders in lab.QL hydrogen laboratory gas generator is the solution of choice for on-site gas production.
Product SpecificationsPEM (Proton Exchange Membrane) technology represents a cutting-edge, patented innovation known for its lightweight design, high efficiency, energy-saving performance, and environmental benefits. PEM is widely applicable in analytical instruments, serving as a reliable source of gas for GC (gas chromatography) carrier gas, ELCD (electrolytic conductivity detector) reaction gas, and AED (atomic emission detector) reaction gas, ensuring precision and reliability in various scientific and industrial applications.
Application of QL-1000 h2 PEM generator
♥GC fuel gas and carrier gas
♥Chromatography make up mas
♥Gas analyzer support gas
♥ELCD (conductivity detector) reaction gas
♥AED (atomic emission detector) of the reaction gas
♥Other pure hydrogen application field
Product Function Characteristics of QL-1000 h2 PEM generator
(1) Electrolysis of pure water (without adding alkali) to produce hydrogen with no corrosion and pollution, and the purity of hydrogen is extremely high.
(2) Cell voltage is low, purification of hydrogen is high, and cycle of changing desiccants is long.
(3) Small electrolytic current, large output of hydrogen and voltage increasing quickly (3 to 5 minutes).
(4) Hydrogenation is produced with stable pressure and output, output of hydrogenation can be controlled according to the requirements, and automatic control technology is perfect and reliable.
(5) Stable hydrogen pressure, stable current output, track with the using hydrogen automatically, and credibly automatic protection technology when there are deaquation, over-pressure and water-jet.
(6) Little noise (the fan needn’t to work when use the generator).
(7) The electrolysis efficiency is high, and power consumption is less.
