Product Description
CO2 Recovery Plant
Driven by innovation and technology, our organization is engaged in manufacturing and supplying CO2 Recovery Plant. Our dexterous professionals use quality grade material to manufacture this plant. The offered plant is equipped with scrubber, storage tanks and compressor. Clients can avail this plant from us in different technical specifications as per their requirements. This CO2 Recovery Plant is widely used in chemical, oil & gas and petrochemical industries. We offer this plant at cost effective price to the clients.
Features:
- Noise free operation
- Longer working life
- Easy to install
- Simple operation
- High performance
- Minimum maintenance
Specifications:
- Processing Material: Agronomic Products
- Process: Ferment
- Processing: Fermentation & Distillation
- Application Industries: Alcohol/Ethanol
Product details
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Output
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1850m3/h
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Purity
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99.98%
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Usage/Application
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Industrial
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Brand
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Bosco
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Automation Grade
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Fully Automatic
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Approx. Rs 25 Lakh / onwards
Advanced CO2 Recovery TechnologyUtilizing a fully-automated PLC control system, our CO2 Recovery Plant simplifies the continuous extraction and purification of carbon dioxide. It includes thorough process stages: compression, purification, dehydration, liquefaction, and storage. The systems modular, skid-mounted design supports easy installation while safety interlocks ensure dependable, failsafe operation.
Versatile Applications and High-Quality OutputThis CO2 recovery solution caters to brewery, food processing, beverage, and chemical industries. Designed for use with various off-gas sources, it achieves high recovery rates and 99.99% CO2 purity, ensuring compliance with ASME, CE, and GMP international standards. Its energy-efficient features and compact footprint make it ideal for large and small operations alike.
Reliable Support and ComplianceWe provide comprehensive onsite installation and commissioning, with annual maintenance contracts available for continuous performance. Every unit is supplied with ASME, CE, and GMP certification, ensuring international compliance. Our after-sales support guarantees reliability and long-term productivity for your CO2 recovery investment.
FAQs of CO2 Recovery Plant:
Q: How does the CO2 Recovery Plant operate in a fully automatic mode?
A: The plant integrates a PLC-based control system, automating all stages from compression and purification to liquefaction and storage. It ensures seamless, continuous operation, minimal manual intervention, and increased reliability through automated safety checks and failsafe interlocks.
Q: What inlet sources can be used with this CO2 Recovery Plant?
A: The plant is versatile, capable of recovering CO2 from fermentation off-gas, flue gas, brewery exhausts, chemical plants, and distilleries. This makes it suitable for a wide range of industrial processes in the beverage, food, and chemical sectors.
Q: When is CO2 storage required, and at what conditions does the plant store it?
A: CO2 storage is utilized when immediate consumption or supply is not possible. The plant stores liquefied CO2 at 20C to 30C and a pressure of 1620 bar, ensuring purity and stability until needed for further usage or delivery.
Q: Where can the CO2 Recovery Plant be installed and who supports the process?
A: Installation can be tailored to site-specific requirements, whether at breweries, chemical plants, or distilleries. Our team provides onsite installation and commissioning, along with ongoing service support and Annual Maintenance Contracts (AMC) to facilitate smooth operation.
Q: What is the step-by-step process for recovering CO2 from off-gas?
A: The process flow consists of compression, purification to remove contaminants, dehydration for moisture removal, liquefaction to convert the gas to liquid, and cryogenic storage. Each stage is carefully monitored and controlled for optimal results.
Q: How can industries benefit from a CO2 Recovery Plant?
A: Organizations benefit from sustainable operations by recycling CO2, reducing emissions, and lowering costs associated with purchasing commercial CO2. The plants energy efficiency, compact design, and regulatory compliance further enhance operational profitability and environmental stewardship.