NSP-1 Molecular Sieve |

NSP-1: Molecular Sieve Overview

NSP-1 is a three-dimensional silicon aluminate that has a highly polarized crystalline structure. Its strong ability to adsorb molecules of water makes it suitable for deep dehydration situations.
It is characterized by a large specific surface, well-developed pores, a high water adsorption capability, a deep dehydration, and almost no adsorption or CH4 C2 or higher raw gas during the dehydration.

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Technical Parameter NSP-1: Molecular Sieve Item Type Unit Note Spherical Bar Diameter mm: 3-5mm (1-8” to 1-16′”) Static H2O Adsorption percentwt >=21.5 Crush Strength N >=100 90 40 Average 25 Beads Bulk Density in g/ml >=0.75>=0.70>=0.70 Tapped Loss due to 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 is used in the production of compressed gas (CNG) and liquefied gas (LNG) to deep dehydrate the gas, preventing the equipment from freezing up and clogging while pressurization and LNG liquefaction.

Two tower processes can be used over a longer time period. In production, the towers are in different states. One is in an adsorption mode and the other is in activation/regeneration mode. During adsorption the gas with high moisture content passes through the molecular bed from the top to the bottom. This reduces the disturbance in the gas flow. Pressure-lowering and pressure generation rates should not exceed 0.3MPa/min, when switching from adsorption to regeneration.

Shipping & Packing of NSP-1 MolecularSieve:

25kg/ carton;
55 Gallon/sealed steel drum
Can customize packaging to meet customer needs.