CO2 Recovery Systems 160 kg/h | Cold Jet ...
CO2 Recovery Systems 160 kg/h | Cold Jet RE160
Reduce your dry ice production costs by up to 40% by recycling exhaust CO2 gas back into your dry ice pelletizer to produce dry ice!
Dry ice production uses liquid CO2 (LCO2), which when brought to normal atmospheric pressure in a pelletizer chamber, half of this liquid is converted to CO2 snow, and the other half is converted to gas. The CO2 snow is then compressed into dry ice pellets while the gas is typically vented into the atmosphere.
By using our RE-CO2 Recovery Systems, the revert gas is collected and recycled to make more dry ice pellets. With a modular design and multiple liquefaction capacities, we ensure that you will drastically improve the conversion rate of LCO2-to-dry ice.
Our RE-CO2 Recovery Systems integrate easily with all Cold Jet (and many competitor) dry ice production systems, including our Integrated Blasting Systems!
How does it work?
The CO2 Recovery Systems capture exhaust CO2 gas from the vent of a dry ice pelletizer and circulates it back into the pelletizer. Within the recovery unit, the gaseous CO2 is cooled and compressed to create liquid CO2 that is then piped right back to the dry ice pelletizer.
This process reduces LCO2 consumption by almost half in most installations!
Greater Sustainability.
Reduce carbon footprint. Increase dry ice output.
Customers utilizing our RE-CO2 Recovery Systems have experienced production increases of up to 70% more dry ice while utilizing the same amount of LCO2.
This process recycles an already recycled product and greatly reduces the amount of exhaust CO2 that is vented into the atmosphere from typical dry ice production.
Greater Versatility.
Modular design. Countless configurations.
Our RE-CO2 Recovery Systems offer dry ice production facilities the ability to configure a recovery system according to their needs. Offering a modular design, and three different liquefaction capacities, our experts will work with you to ensure your recovery unit will be the perfect fit to significantly improve your LCO2-to-dry ice conversion ratio.
Because of its modularity and ease of integration, you can start small and continuously enhance your processes as efficiency and profit margins increase.
To contact Cold Jet Australia about CO2 Recovery Systems 160 kg/h | Cold Jet RE160 use Get a quote.
Dry ice production uses liquid CO2 (LCO2), which when brought to normal atmospheric pressure in a pelletizer chamber, half of this liquid is converted to CO2 snow, and the other half is converted to gas. The CO2 snow is then compressed into dry ice pellets while the gas is typically vented into the atmosphere.
By using our RE-CO2 Recovery Systems, the revert gas is collected and recycled to make more dry ice pellets. With a modular design and multiple liquefaction capacities, we ensure that you will drastically improve the conversion rate of LCO2-to-dry ice.
Our RE-CO2 Recovery Systems integrate easily with all Cold Jet (and many competitor) dry ice production systems, including our Integrated Blasting Systems!
How does it work?
The CO2 Recovery Systems capture exhaust CO2 gas from the vent of a dry ice pelletizer and circulates it back into the pelletizer. Within the recovery unit, the gaseous CO2 is cooled and compressed to create liquid CO2 that is then piped right back to the dry ice pelletizer.
This process reduces LCO2 consumption by almost half in most installations!
Greater Sustainability.
Reduce carbon footprint. Increase dry ice output.
Customers utilizing our RE-CO2 Recovery Systems have experienced production increases of up to 70% more dry ice while utilizing the same amount of LCO2.
This process recycles an already recycled product and greatly reduces the amount of exhaust CO2 that is vented into the atmosphere from typical dry ice production.
Greater Versatility.
Modular design. Countless configurations.
Our RE-CO2 Recovery Systems offer dry ice production facilities the ability to configure a recovery system according to their needs. Offering a modular design, and three different liquefaction capacities, our experts will work with you to ensure your recovery unit will be the perfect fit to significantly improve your LCO2-to-dry ice conversion ratio.
Because of its modularity and ease of integration, you can start small and continuously enhance your processes as efficiency and profit margins increase.
To contact Cold Jet Australia about CO2 Recovery Systems 160 kg/h | Cold Jet RE160 use Get a quote.
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