About NSP-1 Molecular Sieve:

NSP-1 molecularsieve is a crystal silicon aluminate. It has developed a three-dimensional porous structure and strong Polarity. It is able to absorb water molecules so it is ideal for deep natural-gas dehydration events.
It has a large specific area, pores, large water absorption capacity, high water adsorption capability, and high dehydration depth. There is almost no adsorption CH4 or C2 or any other raw gas during the dehydration process.

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Technical Parameter NSP-1 Molecular Sieve: Item Type Spherical Bar Note Diameter mm 3-4mm 1-8’1 1-16’1 – Static H2O Adsorption (%wt) >=21.5 ==21.5 >=21.5 25. Salt solution Crush Strength N >=100 >=90>>=40 Average 25 beads Bulk Density G/ml >=0.75 ==0.70 >=0.70 Tapped Loss on Attrition: %wt =0.10=0.20=0.20 Particle Ratio % >=98 >=98 >=98 – Package Moisture %wt <=1.50 <=1.50 <=1.50 575, 1hr Applications NSP-1 Molecular Sieve:

NSP-1 Molecular Sieve is used in the production of compressed natural gases (CNG) and liquefied naturalgas (LNG). It prevents equipment and pipelines from freezing during pressurization and/or liquefaction.

In general, there are two to three tower processes. Two tower processes are more common for longer periods. During production, one tower will be in the adsorption phase and another in activation renewal state. The molecular sieve beds are designed to allow natural gas with high water contents to pass through them from top to bottom during adsorption. This reduces the disturbance to gas flow. Switching between adsorption/regeneration should not exceed 0.3MPa/min.

Shipping and Packing of Molecular Sieves:

25kg/ carton;
55 gallon sealed steel drum
Customers can request customized packaging.