The best selling size is 50KG/H, with 99.99% CO2.
From fermentation sources or natural sparkling spring water, our solutions enable you to recover CO2 efficiently to safe, beverage-grade CO2. Recovered CO2 can be used in house for carbonating your own beers, sparkling wines and other beverages, and may completely remove the need to purchase CO2 from external suppliers. Alternatively, the recovered CO2 can represent an additional revenue stream, and be sold to the beverage industry for use in carbonation, for example, or marketed to the food and other industries for use in manufacturing dry ice.
Capacity (KG/H) | Purity | Power (KW/T) | Space Required (M2) |
50 | 99.99% | 280 | 5x15 |
100 | 99.99% | 280 | 5x15 |
200 | 99.99% | 260 | 8x15 |
300 | 99.99% | 250 | 8x15 |
500 | 99.99% | 250 | 10x15 |
1200 | 99.99% | 230 | 15x25 |
2500 | 99.99% | 220 | 15x25 |
3000 | 99.99% | 210 | 15x30 |
We can customize gas sources with different concentrations and impurities to produce food grade carbon dioxide that meets ISBT standards. Our equipment has a high degree of automation, using Siemens programs to minimize power consumption and maintain stable production.
The recovery of carbon dioxide is beneficial to the environment and also to companies. The recovered gas can be widely used in breweries, food factories, beverage factories, chemical factories, and so on. Recycling accelerates investment returns and saves production costs. Of particular relevance, this may also be a behavior that complies with government environmental protection regulations. Therefore, using a carbon dioxide recycling plant, in short, you can kill two birds with one stone.
Our equipment is suitable for coal-fired power plants, gas combustion, steel and cement and other low-concentration carbon dioxide gas capture and refining, such as power plant boilers, steel plant smelting, lime kilns and cement plants.
1. Flue gas generally refers to the high temperature and low carbon dioxide concentration tail gas emitted by power plants, boiler plants, lime kilns, cement plants, etc., from coal, gas, oil or heating. The flue gas contains 8-35% CO2. This system uses MEA to absorb carbon dioxide at room temperature. After the concentration section, the carbon dioxide undergoes adsorption, drying, cooling, heat exchange and enters the rectification tower for rectification to remove sulfur and nitrate. Impurities such as oxygen, nitrogen and water vapor are stored in storage tanks for users to use;
2. Petrochemical and chemical exhaust gas generally refers to the high-concentration carbon dioxide tail gas emitted from the reaction and separation devices of petrochemical plants, fertilizer plants, hydrogen plants and other chemical plants. Petrochemical and chemical exhaust gases generally contain 80-99% CO2, as well as impurities such as sulfur, carbon monoxide, hydrogen, nitrogen, oxygen, benzene, and water vapor. The stupid system uses water washing, water separator to remove dust and cool down, special adsorbent adsorption, desulfurization, dehydration and hydrocarbon removal, and combined with distillation tower distillation to remove methane, hydrogen, nitrogen, carbon monoxide, oxygen and other impurities;
3. Fermentation gas generally refers to the high-concentration carbon dioxide tail gas emitted from fermentation systems such as alcohol factories, breweries, sugar factories, etc., generally containing 90-99% CO2, as well as alcohols, aldehydes, methane, hydrogen, nitrogen, water vapor, etc. Impurities, may contain a small amount of carbon monoxide and oils. This system uses a combination of water washing, water separation and special adsorbents to remove alcohols, aldehydes, and the like, carbon monoxide, etc., and removes water through drying, cooling, heat exchange, and distillation in a distillation tower. , Methane, hydrogen, nitrogen and other impurities.
The best selling size is 50KG/H, with 99.99% CO2.
From fermentation sources or natural sparkling spring water, our solutions enable you to recover CO2 efficiently to safe, beverage-grade CO2. Recovered CO2 can be used in house for carbonating your own beers, sparkling wines and other beverages, and may completely remove the need to purchase CO2 from external suppliers. Alternatively, the recovered CO2 can represent an additional revenue stream, and be sold to the beverage industry for use in carbonation, for example, or marketed to the food and other industries for use in manufacturing dry ice.
Capacity (KG/H) | Purity | Power (KW/T) | Space Required (M2) |
50 | 99.99% | 280 | 5x15 |
100 | 99.99% | 280 | 5x15 |
200 | 99.99% | 260 | 8x15 |
300 | 99.99% | 250 | 8x15 |
500 | 99.99% | 250 | 10x15 |
1200 | 99.99% | 230 | 15x25 |
2500 | 99.99% | 220 | 15x25 |
3000 | 99.99% | 210 | 15x30 |
We can customize gas sources with different concentrations and impurities to produce food grade carbon dioxide that meets ISBT standards. Our equipment has a high degree of automation, using Siemens programs to minimize power consumption and maintain stable production.
The recovery of carbon dioxide is beneficial to the environment and also to companies. The recovered gas can be widely used in breweries, food factories, beverage factories, chemical factories, and so on. Recycling accelerates investment returns and saves production costs. Of particular relevance, this may also be a behavior that complies with government environmental protection regulations. Therefore, using a carbon dioxide recycling plant, in short, you can kill two birds with one stone.
Our equipment is suitable for coal-fired power plants, gas combustion, steel and cement and other low-concentration carbon dioxide gas capture and refining, such as power plant boilers, steel plant smelting, lime kilns and cement plants.
1. Flue gas generally refers to the high temperature and low carbon dioxide concentration tail gas emitted by power plants, boiler plants, lime kilns, cement plants, etc., from coal, gas, oil or heating. The flue gas contains 8-35% CO2. This system uses MEA to absorb carbon dioxide at room temperature. After the concentration section, the carbon dioxide undergoes adsorption, drying, cooling, heat exchange and enters the rectification tower for rectification to remove sulfur and nitrate. Impurities such as oxygen, nitrogen and water vapor are stored in storage tanks for users to use;
2. Petrochemical and chemical exhaust gas generally refers to the high-concentration carbon dioxide tail gas emitted from the reaction and separation devices of petrochemical plants, fertilizer plants, hydrogen plants and other chemical plants. Petrochemical and chemical exhaust gases generally contain 80-99% CO2, as well as impurities such as sulfur, carbon monoxide, hydrogen, nitrogen, oxygen, benzene, and water vapor. The stupid system uses water washing, water separator to remove dust and cool down, special adsorbent adsorption, desulfurization, dehydration and hydrocarbon removal, and combined with distillation tower distillation to remove methane, hydrogen, nitrogen, carbon monoxide, oxygen and other impurities;
3. Fermentation gas generally refers to the high-concentration carbon dioxide tail gas emitted from fermentation systems such as alcohol factories, breweries, sugar factories, etc., generally containing 90-99% CO2, as well as alcohols, aldehydes, methane, hydrogen, nitrogen, water vapor, etc. Impurities, may contain a small amount of carbon monoxide and oils. This system uses a combination of water washing, water separation and special adsorbents to remove alcohols, aldehydes, and the like, carbon monoxide, etc., and removes water through drying, cooling, heat exchange, and distillation in a distillation tower. , Methane, hydrogen, nitrogen and other impurities.
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