Fine Quality 40Kg/H Co2 Regeneration Plant Sodium Bicarbonate Reaction Greenhouse Co2 Generator Machine for Dinks

Currently, carbon dioxide (CO2) used in soda and beer production mainly comes from fermentation CO2 (C02) (produced during alcohol fermentation), chemical plant waste CO2 (CO2), and CO2 produced by acid-base reactions. For remote or industrially less developed areas, the acid-base reaction method is commonly used to produce CO2. The principle of CO2 production by acid-base neutralization involves a chemical reaction between citric acid (C6H8O7) and sodium bicarbonate (NaHCO3) to produce carbon dioxide gas (CO2), as shown in the reaction equation:

Currently, carbon dioxide (CO2) used in soda and beer production mainly comes from fermentation CO2 (C02) (produced during alcohol fermentation), chemical plant waste CO2 (CO2), and CO2 produced by acid-base reactions. For remote or industrially less developed areas, the acid-base reaction method is commonly used to produce CO2. The principle of CO2 production by acid-base neutralization involves a chemical reaction between citric acid (C6H8O7) and sodium bicarbonate (NaHCO3) to produce carbon dioxide gas (CO2), as shown in the reaction equation:

BANGWIN Liquid nitrogen generator (liquid nitrogen machine) equipment consists of nitrogen generator(built-in or external), refrigeration equipment lt consists of three parts: equipment (gas liquefaction equipment) and Dewar tank The whole machine has one-button startup and automaticreplenishment.Liquid function, the equipment automatically starts when the liquid nitrogen inthe liquid nitrogen tank is lower than the set liquid level. Liquid nitrogen machine The manufacturing adopts the mixed working fluid throttling refrigeration principle to gradually cool nitrogenfrom ambient temperature to nitrogen.The saturated condensation temperature of gas lique.faction, the lowest cooling temperature of the refrigerator can reach -196°C, and the systemwill The liquefied liquid nitrogen in the cold evaporator is transported to the liquid nitrogen tankfor storage to obtain liquid nitrogen, and the equipment automatically detects it.Liquid nitrogenlevel in the Dewar tank.

Currently, carbon dioxide (CO2) used in soda and beer production mainly comes from fermentation CO2 (C02) (produced during alcohol fermentation), chemical plant waste CO2 (CO2), and CO2 produced by acid-base reactions. For remote or industrially less developed areas, the acid-base reaction method is commonly used to produce CO2. The principle of CO2 production by acid-base neutralization involves a chemical reaction between citric acid (C6H8O7) and sodium bicarbonate (NaHCO3) to produce carbon dioxide gas (CO2), as shown in the reaction equation:

Cryogenic storage tanks are vertical or horizontal double-layered vacuum insulated tanks. The inner liner is made of austenitic stainless steel, and the outer container material is selected according to national regulations, such as Q235-B or 345R, depending on the user's region. The sandwich between the inner and outer containers is filled with perlite insulation material and evacuated. They are widely used in the electronics, chemical, petroleum, and glass industries.

KDON (Ar)-11000/20000-300 The air separation unit has a reasonable structure and a reasonable pipeline design, which can reduce the production cost, ensure the normal operation of the equipment, and save the user's cost. According to the needs of users, various specifications of gas products can be provided.

The air enters the air compressor after removing dust and mechanical impurities through the air filter, compressing to the required pressure, and outputting clean compressed air after strict purification treatment of oil, water and dust removal, with the purpose of ensuring the service life of the molecular sieve in the adsorption tower. There are two adsorption towers with carbon molecular sieves, one tower works while the other tower is decompressed and desorbed. The clean air enters the working adsorption tower, passing through the molecular sieve when oxygen, carbon dioxide and water are adsorbed by it, the gas flowing to the exit end is nitrogen and trace amounts of argon and oxygen. Another tower (desorption tower) so that the adsorbed oxygen, carbon dioxide and water from the molecular sieve pores out of the discharge to the atmosphere. In this way, the two towers take turns to complete the separation of nitrogen and oxygen, continuous output of nitrogen, variable pressure (_bian4 ya1) adsorption nitrogen purity of 95%-99.9%, if you need a higher purity of nitrogen need to increase the nitrogen purification equipment. Variable pressure adsorption nitrogen machine output of 95%-99.9% nitrogen into the nitrogen purification equipment, while adding the appropriate amount of hydrogen through a flow meter, in the purification equipment in the oxygen removal tower hydrogen and nitrogen in the trace oxygen catalytic reaction to remove oxygen and then cooled by the water condenser, vapor separator to remove water, and then through the dryer depth drying removal.      

Excellent performance, perfect capacity! Our laboratory 40L split liquid nitrogen machine is the best choice for your laboratory freezing needs. The equipment is equipped with an external nitrogen generator and a built-in Dewar tank, with a cooling capacity of up to 500W, capable of producing high-quality liquid nitrogen. The one-button automatic control system on the touch screen makes the operation of the equipment simple and convenient. The equipment has an efficient air cooling system to ensure rapid cooling effect. In addition, we provide lifetime maintenance services to guarantee the reliability and durability of your equipment. Choose our products and bring excellent liquid nitrogen supply to your laboratory!