Best Selling 70Kg/H Co2 Scrubber System Baking Soda Reaction Small Co2 Gas Generator Plant for Fire Extinguishing Agent

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:

The compact and portable design of small air separation equipment allows for easy installation and flexibility, making it suitable for applications in laboratories, small-scale industrial processes, or mobile setups.

BangWin's PSA Oxygen Generator equipment compact layout, module design, convenient transportation, save the site. It covers a small area. Easy to install, customers only need to connect the power supply and three pipes. And our equipment appearance beautiful atmosphere. The device is properly configured. Strict process control. Free wearing parts at random. Every device is turned on and tested before delivery. BangWin's PSA Oxygen generator oxygen purity can be reached 93±3%.Molecular sieve service life is more than 10 years, PLC control cabinet for Siemens PLC, built-in imported gas distribution system, ESG stainless steel pneumatic valve, automatic follow-up pressing device, touch screen display control: oxygen concentration, flow, pressure real-time display, concentration historical data storage display. BangWin's PSA Oxygen Generator equipment adopts oil-free design, does not contact with the compression medium, avoid the pollution of the gas in the compression process, to ensure the purity of the gas body, microcomputer controller control, high level of automation.

The air separation device is a set of deep-freezing method to extract liquid nitrogen from the air. The process adopts the deep freezing circulation principle of the low pressure turbine expander to make the air into a liquid state. Then, according to the boiling point of liquid oxygen and nitrogen, the air is rectified in the fractionator to obtain more than 99.99% liquid nitrogen.

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.

Small air separation equipment has stable performance and high reliability.Small air separation equipment is easy to maintain and operate.

kdon (Ar)-11000-20000-300  Advanced technologies such as adsorption, condensation, and membrane separation are utilized in air separation equipment to separate and purify air components. By adjusting temperature, pressure, and molecular sieves, the equipment achieves efficient separation and purification.