13X-HP 2.5mm PSA Molecular Sieve

13X-HP 2.5mm PSA Molecular Sieve

Product Description

The special eutrophic molecular sieve for transformer adsorption is a synthetic aluminosilicate crystal. Its silicon to aluminum ratio is different to produce various types, and after the exchange of different metal cations, it becomes the same type and different types of molecular sieves. It has a large specific surface area, a uniform net-like porous structure, and a high degree of deep drying separation; it can effectively avoid the co-adsorption phenomenon during separation and improve the product yield; it can complete drying and substance purification in the same system; Under higher temperature conditions, it also has a certain adsorption capacity; it can be repeatedly regenerated and used, and its operating cost is low.

13X-HP adsorbent will adsorb molecules with critical diameters up to 10 angstroms and is specifically developed for air plant feed purification. It has a high capacity for carbon dioxide and water and maintains its capacity well above ambient conditions. It is available in a variety of shapes and sizes to suit your operating needs. In addition, 13X-HP adsorbent can adsorb molecules, such as olefins, aromatics, straight and branch chain hydrocarbons, SOx, and NOx compounds.

Chemical composition: Ca4.5Na3[(AIO2)12(SiO2)12]? XH20

Silicon to aluminum ratio: SiO2/AI203≈2

Effective aperture: about 5A.

Technical indicators of eutrophic molecular sieve for transformer adsorption:

Application

P5A and P13X pressure swing adsorption molecular sieves are A and 13X modified molecular sieves specially researched and developed for pressure swing adsorption separation engineering equipment technology. With excellent adsorption and separation, hydrogen, oxygen, nitrogen, methane, carbon monoxide, carbon dioxide, sulfide and other gases and liquids, it is widely used in oil refining, chemical industry, fertilizer, medicine, steel, alcohol and other industries. It is especially suitable for pressure swing adsorption decarbonization of nitrogen fertilizer enterprises and hydrogen recovery from ammonia, methanol, formaldehyde and organic synthesis purge gas.

Product Pictures

Store

Room temperature, relative humidity not greater than 90% indoors: avoid water, acid, alkali, isolate air, and store in airtight.

Regeneration

Removal of water: dry gas such as nitrogen, air, hydrogen, saturated hydrocarbon, etc. can be heated to 150-320°C and pass into the molecular sieve bed under 0.3-0.5kg/m2 pressure for 3-4 hours, and then to the adsorber Pass in dry cold air for about 2-3 hours, isolate the air and cool to room temperature.

Removal of organic matter: the adsorbate can be replaced from the molecular sieve with water vapor, and then heated to (1). The regeneration can also be regenerated by superheated steam or inert gas at 200-350℃. Exposure to gases that produce explosive mixtures).

The degassed substances can be regenerated by the decompression removal method.

Package

Packed in iron drums, (according to the product model) net weight 125kg, 135kg, 140kg, or according to user needs.

Factory information

Shanghai Xuefeng Molecular Sieve Co., Ltd. adopts the most advanced and fully automated assembly line molecular sieve production technology in China, and has positions for dosing, kneading, extrusion, drying, roasting and packaging. The main equipment includes pelletizing machine, hardening cylinder, kneader, extruder, belt dryer, rotary roasting furnace, vibrating screen, scale and other ancillary facilities. The production process parameters are all automatically controlled, and there is no paper recorder attached. , The results of the process parameters are comprehensively recorded, and at the same time, the operators of each position shall manually record the parameters every hour to ensure the traceability of the operation process. At the same time, the company pays attention to the inspection of intermediate products, and has set up sampling points for intermediate products in the ingredients, extrusion molding, and drying positions to ensure that the intermediate products meet the specified quality requirements.