For Bottling Wine Resonable Inner Structure Nitrogen System

Schematic Diagram of the PSA Process:As shown in the above figure, in the case of adsorption equilibrium, when the carbon molecular sieve adsorbs the same gas, the higher the gas pressure, the larger the adsorption amount of the adsorbent. Conversely, the lower the pressure, the smaller the amount of adsorption. At the same time, under a certain adsorption pressure, the adsorption capacity of carbon molecular sieve for oxygen is much higher than that for nitrogen. PSA nitrogen production, also known as carbon molecular sieve air separation nitrogen production, is the use of this principle, using air as raw material, carbon molecular sieve as adsorbent, using pressure swing adsorption principle, using carbon molecular sieve selective adsorption of oxygen and nitrogen, The separation of nitrogen and oxygen in the air is achieved to produce nitrogen. PSA nitrogen production, with simple process, high degree of automation, fast gas production (15 to 30 minutes), low energy consumption, high product purity, purity can be adjusted according to user needs in a wide range, convenient operation and maintenance, operating cost Lower, more adaptable to the device. Medium and small nitrogen users below 3000 Nm3/h are widely used.

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PSA Principle:Pressure Swing Adsorption (PSA): is an advanced gas separation technology based on the physical adsorption of gas molecules on the internal surface of the adsorbent (porous solid material), using the adsorbent at the same pressure. The gas is separated by absorbing high-boiling gas, not easily absorbing low-boiling gas, and increasing the amount of adsorption of the absorbed gas at a high pressure and reducing the amount of adsorption of the absorbed gas at a low pressure. This process of adsorbing impurities under pressure and desorbing impurities under reduced pressure to regenerate the adsorbent is a pressure swing adsorption cycle.

Features:Molecular sieve compression protection measures, molecular sieve is not easy to be powdered, and has a long service life;Low energy consumption and high purity of product nitrogen;Reasonable internal components, uniform airflow distribution, reducing high-speed impact of airflow;The automation of the entire equipment is high;Multi-function monitoring system realizes online LCD display of gas volume, purity and pressure, equipment fault alarm, maintenance prompts, and real-time control of equipment operation status;

Fully integrated armor design for quick and easy installation and commissioning;Optional nitrogen flow, remote monitoring system, etc.