40Kg/H 60Kg/H 80Kg/H 100Kg/H 120Kg/H 240Kg/H 280Kg/H Liquid Carbon Dioxide System For Carbonated Beverages

Our process flow 1,Methane + pure oxygen burn to generate CO2 and H2，O22,Then remove water3,Then lower the temperature of CO2 for preliminary liquefaction4,Then distill to obtain high-purity liquid CO25,Then store in liquid CO2 storage tank for future use

Our process flow 1,Methane + pure oxygen burn to generate CO2 and H2，O22,Then remove water3,Then lower the temperature of CO2 for preliminary liquefaction4,Then distill to obtain high-purity liquid CO25,Then store in liquid CO2 storage tank for future use

Product characteristics Ø Intake pressure: atmospheric pressure Ø Exhaust pressure: 15/25/35/50/70MPa Ø Nitrogen displacement: 300/600/900/1200/1500 /2000Nm3/h Ø Nitrogen purity: ≥95%-≥99% Ø Drive mode: electric motor/diesel engine/gas engineØ Cooling method: air cooling Ø Power range: 300-880KW Ø Installation method: skid mounted truck type Ø Main applications: oil field gas injection, line sweeping, nitrogen induced injection, foam displacement and so on

Technical Specifications 1、Oxygen Output: 50-7500 Nm³/h 2、Oxygen Purity: 28-94% 3、Oxygen Pressure: 0.015-2 MPa 4、Oxygen Dew Point: ≤-45°C   5、Soundproofing: ≤75dB at 1 meter outside the plant

BANGWIN  has strong technical force in air separation, and has obtained a number of technical patents in the field of air separation system, and its technical level is synchronized with the world level. The air separation plant is well-received by users for its reasonable design, stable operation and high efficiency.

Small air separation equipment system adopts digital control, easy to operate, high precision. Small air separation equipment is easy to handle and transport, without the need for special equipment and transport tools.

KDON(Ar)-7500/15000 This air separator has wide application prospects in metallurgy, chemical industry, energy and other fields; non-ferrous metals, building materials, etc. BANGWIN company can provide users with a full range of solutions.

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: