Product Description
Our carbon dioxide gas recovery plant gets CO2 gas from the aging procedure goes through a progression of sanitization procedures specifically- an untainted steel CO2 froth trap to isolate the gas, A deodorizer. In the meantime, CO2 with a high level of immaculateness is essential for the generation procedure in an advanced brewery. With our carbon dioxide gas recovery plant, we provide systems that match every prerequisites of high quality carbon dioxide treatment: optimum immaculateness with least O2 matter and greatest outcome.
In some stages, the CO2 gas is purged completely, so it goes along even with the rigorous requirements of the fermenting business. From the aging containers of our carbon dioxide gas recovery pant, the CO2 is initially prompted to the froth separator. In this stage, the froth get on from the aging tanks is isolated. Through less-force gas storage inflatable the gas circulates into the gas purifier, where it is cleared by counter circulation of water. Further, in the gas purifier water-solvent debasements and pressurized canned products are consumed from the carbon dioxide.
Our Carbon Dioxide Gas Recovery Plant Primarily Includes Of Equipments That Are Mentioned Below:
- CO2 Strippers, Balloons, Vaporizers And Storage Tanks
- Evaporation, Vent And Liquefaction Condensers
- Dryers/ Dehydrators
- Purification Modules Such As Foam Traps
- Refrigerated CO2 Tension Vessels
- Deodorizers
Properties:
- Anticipates Defilement Of Greasing Up Oil
- Durable Outline Including Stuffing Box And Cross Head
- Enhances CO2 Assimilation
- Intact Stripping Of CO2
- Low Tension Cleaning
- Advances Fuel-Savings As Well As Is Financially Savvy
Specifications:
- Pressure: 1.6-2.0 mpa
- Capacity: 1000 kg/hr
- Type: Recovery Plant
Advanced CO2 Recovery TechnologyEngineered for industrial environments, this plant harnesses innovative recovery methods for fermentation, chemical processing, and biogas sources. The fully automatic, computerized system ensures operational consistency and safety, thanks to PLC-based controls and comprehensive filtration systems.
Maximum Purity and EfficiencyThe plant delivers CO2 at 99.99% purity with a dew point of -60C, achieved through multi-stage filtration and oil-free, water-lubricated compressors. Energy-saving components and noise-reducing features enhance both efficiency and workplace comfort.
User-Friendly and Safe OperationThe plant offers an intuitive interface and automated processes, with rapid installation (3-5 months) and extensive after-sales support. Integrated alarm and emergency shutdown systems prioritize user safety and minimize risk during continuous operation.
FAQs of Carbon Dioxide Gas Recovery Plant:
Q: How does the Carbon Dioxide Gas Recovery Plant extract and purify CO2 from various sources?
A: The plant employs advanced recovery methods to extract raw CO2 from fermentation, chemical processing, or biogas facilities. Multi-stage filtration and oil-free, water-lubricated compressors remove contaminants, resulting in ultra-pure CO2 suitable for industrial applications.
Q: What types of CO2 output can this plant supply to users?
A: The system is designed to deliver CO2 in both liquefied and gaseous forms, allowing flexibility for different applications such as food processing, chemical production, or industrial use.
Q: When is the typical installation and commissioning timeline for the plant?
A: Installation and commissioning generally take between 3 and 5 months, depending on project size and site requirements. After-sales services are available to ensure smooth operation and maintenance.
Q: Where can this CO2 recovery plant be implemented?
A: The plant is suitable for any industrial facility in India that generates CO2 as a by-product, such as breweries, chemical plants, and biogas facilities. Its customizable dimensions and modular construction enable seamless integration into various environments.
Q: What is the process control system used in this recovery plant?
A: A modern PLC-based system is used for process automation, enabling precise monitoring, data logging, and real-time adjustments for optimal CO2 recovery and purity.
Q: How does the plant benefit industrial users beyond CO2 recovery?
A: Aside from CO2 reclamation and purification, the plant offers energy efficiency, low noise operation (below 85 dB), user-friendly controls, and enhanced safety, improving overall production sustainability and workplace safety.