Hydrogen fuel Purification
Overview of Hydrogen Generation
Hydrogen is remarked as the fuel of the future because of the clean environment it produces when being used and the many resources that it can be obtained from. Hydrogen can be produced from fossil fuels, biomass, and water electrolysis with wind, solar, or grid electricity. Hydrogen fuel can provide motive power for liquid-propellant rockets, cars, trucks, trains, boats and airplanes, portable fuel cell applications or stationary fuel cell applications, which can power an electric motor.
Hydrogen Purification
Hydrogen fuel is the most promising clean energy source in the near future and in order for it to be used in fuel cells it must meet certain purification levels that adsorbents can help achieve. Fuel cells can be used in a wide range of applications, including transportation, material handling and stationary, portable, and emergency backup power.
Isotherms for 5A & 13X
HYGB500B shows high CO2 separation under a very low pressure, which lowers the consumption of oxygen during generation and improves economic performance.
HYGB500B shows high CO2 separation under a very low pressure, which lowers the consumption of oxygen during generation and improves economic performance.
HYGB500B Molecular Sieve is commonly used for H2 purification in PSA and VSA applications due to its high adsorption capacity and fast adsorption rate for nitrogen, strong adsorption selectivity, ability to achieve nearly complete desorption at vacuum or atmospheric pressure, high crush strength, and low attrition, which all increases the lifespan and efficiency of the product.
Specifications of 5A & 13X
HYD05C & HYD10A molecular sieve are the adsorbents available that can achieve high purification levels of Hydrogen. These particular adsorbents remove common impurities found within hydrogen streams in steam methane reforming processes. Although both sizes can get the job done, for high production volumes of Hydrogen fuel HYD10A would be recommended over the HYD05C (due to higher quality and better sustainability over
time). These adsorbents are either used in Thermal Swing Adsorption Units (TSA) or Pressure Swing Adsorption Units (PSA) in order to achieve the desired gas separation.
CHEMICAL FORMULA
(¥)a x [(AlO2)a(SiO2)b] x cH2O (¥ = Na, Ca)
SPECIFICATIONS
Products for Hydrogen Purification
HYD05C & HYD10A molecular sieve are the adsorbents available that can achieve high purification levels of Hydrogen. These particular adsorbents remove common impurities found within hydrogen streams in steam methane reforming processes. Although both sizes can get the job done, for high production volumes of Hydrogen fuel HYD10A would be recommended over the HYD05C (due to higher quality and better sustainability over time). These adsorbents are either used in Thermal Swing Adsorption Units (TSA) or Pressure Swing Adsorption Units (PSA) in order to achieve the desired gas separation.