The application of molecular sieves in the industrial production of hydrogen is primarily manifested in the processes of hydrogen separation, purification, and clean-up. The specific applications and advantages are as follows:

Molecular sieve is an adsorbent material with a uniform microporous structure, widely used in fields such as gas drying, separation, and purification. When water enters the molecular sieve, its adsorption performance will significantly decrease, and it may even become completely ineffective. The following are detailed treatment methods for molecular sieves after water ingress:

Molecular sieves are primarily utilized in LPG (liquefied petroleum gas) for dehydration, desulfurization, and impurity removal. Leveraging their uniform pore structure and selective adsorption properties, they significantly enhance the quality and safety of LPG. The specific applications and functions are as follows:

During the temperature rise process of molecular sieves, the following core precautions should be highlighted to ensure test accuracy, operational safety, and long-term stability of the equipment:

Application analysis of molecular sieves in methanol drying

Molecular sieves are mainly used for efficient adsorption in the treatment of toluene waste gas through their high specific surface area and cascade pore structure. Combined with mobile desorption regeneration technology, they can reduce costs and avoid secondary pollution. They are suitable for the treatment of low concentration and high air volume waste gas, with high safety and purification efficiency of over 90%.