NSP-1 molecularsieve is a crystal silicon aluminate that has developed a 3-D pore structure, and strong polarity. Because it has strong abilities to absorb water molecules, this makes it suitable for deep natural-gas dehydration events.
NSP-1 Molecular Sieve
NSP-1 molecularsieve is a crystal silicon aluminate that has developed a 3-D pore structure, and strong polarity. Because it has an excellent ability to absorb water molecules, this makes it suitable for deep natural-gas dehydration events.
This material is very specific, has pores and large amounts of water.
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Technical Parameter
NSP-1 Molecular Sieve
Type of item Unit Spherical Bar Not
Diameter mm 3-4mm 1-8'1 1-16'1 -
Static H2O Adsorption (%wt) >=21.5 ==21.5
Crunch Strength N >=100>>>90>40 Average 25 beads
Bulk Density (g/ml) >=0.75
Loss of Attrition %wt: 0.10.0.20.0.20.0.20
Particle Ratio % >=98 >=98 >=98 -
Package Moisture %wt <=1.50 <=1.50 <=1.50 575, 1hr
Applicaciones
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 from freezing or becoming clogged during pressure and liquefaction.
In general, there are two to three tower process, with two towers being used for longer times. Production is performed in two states: one is in the adsorption and one is activation regenerating. The molecular sieve beds are designed to allow natural gases with high water contents to pass through them from top to base during adsorption. This reduces the gas flow disturbance to the molecular sieve. Switching between adsorption or regeneration should occur at a pressure less than 0.33MPa/min.
Shipping and Packing of Molecular Sieves:
25kg/ carton;
55 gallon sealed steel drum
Customers can request customized packaging.