Top Bio CO2 Recovery Plant Manufacturers in India – 2026
Equicor Technologies Private Limited is trusted Bio CO2 Recovery Plant Manufacturers in India, Suppliers and Exporters in India. Our Bio CO₂ Recovery Plants are built with advanced gas separation technology, multi-stage purification system, intelligent process automation and energy-efficient gas recovery techniques to ensure maximum recovery of CO2 Recovery Plant Fabricators and reduce operational cost.
Bio CO2 Recovery Plant Suppliers and Exporters in India
As industries around the world have been striving to recover carbon dioxide from biogas, we have ability to recycle CO₂ from biogas is becoming increasingly vital. As we are Bio CO2 Recovery Plant suppliers in India, Our Bio CO₂ Recovery Plants recover, purify, compress and recover the valuable CO₂ and use it commercially and industrially, instead of releasing it into the atmosphere. Our systems help industries improve profitability, reduce environmental impact, and support circular economy initiatives.
What is Bio CO₂ Recovery Plant and Why it is Important
Industrial CO2 Recovery System is an industrial gas purification system capable of recovering, purifying, compressing and liquefying carbon dioxide (CO₂) from biogas upgrading, fermentation, ethanol production, distilleries and other industrial processes.
The recovered CO₂ is subjected to several purification stages to remove impurities including Hydrogen Sulfide (H₂S), moisture, volatile organic compounds (VOCs), oxygen, nitrogen and other contaminates are filtered out prior to compression and storage.
How our Bio CO2 Recovery Plant Works?
The working principle of a Bio CO₂ Recovery Plant is based on the advanced gas purification, multi-stage separation, compression, drying and liquefaction technologies. As Bio CO2 Recovery Plant Manufacturers in India, raw biogas or fermentation gas is initially sent to a pretreatment plant where other gases such as Hydrogen Sulfide, moisture, dust particles and trace impurities are removed.
The purified gas is subsequently flowed through the specialized CO₂ recovery unit equipped with the latest separation technology to recover carbon dioxide from methane and other gases. Brewery CO2 Recovery Plant Manufacturers is compressed by multi-stage compressors, cooled by refrigeration system, dried by molecular sieves, and then liquefied for storage and distribution to industries.
Why Indian Industries Need Bio CO₂ Recovery Plants?
- Reduces Carbon Emissions – Captures and recovers CO₂ instead of releasing it into the atmosphere, supporting sustainability goals.
- Generates Additional Revenue – Recovered CO₂ can be sold or reused for commercial and industrial applications.
- Supports Environmental Compliance – Helps industries meet CPCB, SPCB, and environmental emission regulations.
- Improves Resource Utilization – Converts waste CO₂ from biogas and fermentation into a valuable industrial product.
- Lowers Operating Costs – Reduces dependence on externally sourced CO₂ by enabling in - house recovery.
What are the types of Bio CO2 Recovery Plant used in industries?
We are one of the largest Bio CO₂ Recovery Plant manufacturers in India, which is capable of manufacturing advanced recovery system such as:
- Recovered CO₂ for use in glass industry - These systems are used to remove carbon dioxide produced during biogas upgrading processes. Advanced purification stages guarantee the quality of food grade and industrial grade CO₂ and maximum purification efficiency. They are extensively used in Biogas plants and Renewable Energy facilities.
- Fermentation CO₂ Recovery Plant - Fermentation CO₂ Recovery Plants are used to recover carbon dioxide that is produced in fermentation processes in breweries, distilleries, ethanol production, and the food manufacturing industry.
- Food Grade CO₂ Recovery Plant - The ultra-high purity carbon dioxide output of the food-grade carbon dioxide recovery equipment is ideal for the carbonation of beverages, food packaging, and food processing. They provide cutting-edge filtration, moisture extraction, and quality management inbuilt.
- Liquid CO₂ Recovery Plant - Liquid CO₂ Recovery Plants take purified CO₂, compress, cool and liquidate it for easy storage, delivery and industrial use. A wide variety of such plants are being used in locations where high quantity CO₂ is needed.
- Skid Mounted Bio CO₂ Recovery Plant - Compact skid mounted systems are designed to be quickly installed, easily transported, and modifiable for expansion. These are suitable for medium capacity applications in biogas and industrial gas recovery.
- Custom Engineered CO₂ Recovery Plant - For optimal recovery performance these plants are specifically designed to the customer's needs with respect to gas composition, production capacity, purity requirements, storage and customer specific industrial processes.
Industrial Proof Block – Performance Validation and Environmental Testing
As Bio CO2 Recovery Plant suppliers in India, Evaluation of Bio CO₂ Recovery Plant performance is generally done by through industrial testing under continuous operating conditions to validate the performance.
- Testing Timeline: 90–180 operational days
- Environmental Conditions: Continuous biogas production, different CO₂ concentrations, changing gas flow rates, high humidity, industrial outdoor environment, and changing production loads.
- Evaluation Parameters:
- CO₂ recovery efficiency
- The degree of purity of the carbon dioxide gas.
- Compression performance
- Moisture removal efficiency
- Product quality consistency
- Reviewer Background: as CO2 Gas Recovery Equipment India. Typically, validated industrial assessments show higher CO₂ recovery, higher product quality, lower operating costs and better sustainability performance.
Technical Specification of Bio CO₂ Recovery Plant:
As Bio CO₂ Recovery Plant Exporters in India, we have added below a technical sheet that provides more technical information such as:
| Operational Parameter | Technical Specification / Range |
|---|---|
| Plant Throughput Capacity | 50 kg/hr to 5,000+ kg/hr |
| Raw Input Gas Concentration | 30% to 99% CO₂ (Application specific) |
| Final Product Purity | Up to 99.998% (Food & Beverage Grade / ISBT Certified) |
| Moisture Content (Dew Point) | Down to -60°C (less than 10 ppm) |
| Liquid Storage Pressure | 18 bar to 22 bar |
| Liquid Storage Temperature | -20°C to -24°C |
| Purification Methodologies | Multi-stage Scrubbing, Catalytic Deox, Adsorption Drying, and Cryogenic Distillation |
What are the advantages of our modern Bio CO2 Recovery Plant?
As one of the trusted Bio CO₂ Recovery Plant in India, our systems boast several advanced engineering features, such as:
- High CO₂ Recovery Efficiency - Advanced gas separation technology utilises gas separation technology to recover maximum amount of CO₂, and to Carbon Dioxide Recovery Plant loss from the product streams, thus enhancing plant profitability.
- Supply of high purity gases - The multi-stage purification process eliminates moisture, H₂S, oxygen, nitrogen, CO2 Scrubbing & Recovery Solutions and other contaminants and results in a CO₂ purity that is consistently high to be used for industrial or food grade applications.
- Fully Automated PLC Control - Intelligent operation and process monitoring, alarm management, data logging and remote supervisory control are all features of modern PLC based automation for reliable plant performance.
- Energy Efficient Design - The use of optimised compressors, refrigeration systems, heat exchangers and gas recovery Industrial Gas Recovery Plant help to maximise production rates and reduce energy use.
- Multi - Stage Gas Compression- Multi-stage compressors with high efficiency provide stable CO2 Recovery Plant Installation pressure and reduced power consumption and equipment life.
Where are Bio CO2 Recovery Plant Used?
As one of the top Bio CO₂ Recovery Plant manufacturers in India our systems are deployed in many industries.
- Biogas Plants - Recover CO₂ produced during upgrading of biogas, boost commercial CO₂ utilization CO2 Recovery & Purification Systems to plant profitability.
- Distilleries - Collect fermentation CO₂ during alcohol production for purification and BIP CO2 Recovery Plant use in the industry.
- Ethanol Manufacturing Plants - CO₂ recovery from fermentation processes for high purity with environmental emissions reduction and better resource use.
- Breweries - Generate “beverage” grade carbon dioxide for carbonation and packaging applications.
- Food & Beverage Industries - Industrial Carbon Dioxide Recovery Solutions Provide high-purity CO2 for food preservation, carbonation, MPA and beverages.
Industrial Case Study | Integration of Smart Bio CO₂ Recovery Plant for Sustainable Carbon Utilization
Industry Segment - Biogas Production, Renewable Energy, Distilleries, Ethanol Manufacturing and Industrial Gas Processing.
Global Market Trend - CC, GHG abatement, renewable energy, circular economy and automation in Industry 4.0.
- Challenge - Industrial facilities experienced carbon dioxide losses, rising environmental compliance requirements, increasing operational costs, and underutilization of recoverable CO₂ resources.
- Implemented Technology Upgrade - Deployment of a next-generation Bio CO₂ Recovery Plant integrated with intelligent gas purification, automated compression systems, PLC-based process control, digital purity monitoring, advanced refrigeration, and real-time production analytics.
Implementation Timeline
- Phase 1 – Gas composition analysis and process audit (30 Days)
- Phase 2 – Engineering design, fabrication, and plant installation (60 Days)
- Phase 3 – Commissioning, validation, and production optimization (90 Days)
Operating Conditions - Continuous operation under varying gas compositions, fluctuating production capacities, high humidity, and industrial environmental conditions.
Measured Performance Outcomes
- Higher CO₂ recovery efficiency
- Improved carbon dioxide purity
- Reduced greenhouse gas emissions
- Lower energy consumption
- Increased commercial value from recovered CO₂
- Better compliance with environmental regulations
Technological Significance - This industrial implementation demonstrates the growing transition toward advanced carbon capture technologies, intelligent gas purification systems, sustainable resource recovery, and digitally controlled Bio CO₂ Recovery Plants supporting future-ready industrial operations.
Why Choose Equicor Technologies?
Equicor Technologies Private Limited is leading Bio CO2 Recovery Plant Manufacturers in India, Suppliers and Exporters in India, we offering technologically advanced carbon recovery solutions for renewable energy, biogas, fermentation, and industrial gas processing applications. Our Bio CO₂ Recovery Plants are engineered to deliver maximum recovery efficiency, high-purity carbon dioxide, energy-efficient operation, and long-term industrial reliability. With continuous innovation in carbon capture technology, we help industries reduce emissions, improve profitability, and achieve sustainable environmental goals. Contact us today to learn more about our customized Bio CO₂ Recovery Plant solutions.
FAQ's
Bio CO₂ Recovery Plant captures and purifies carbon dioxide generated during industrial and biogas processes, reducing emissions while creating valuable reusable CO₂ for commercial applications.
Modern Bio CO₂ Recovery Plants can produce high-purity CO₂ suitable for food & beverage, dry ice manufacturing, welding, pharmaceutical, and industrial applications, depending on process design.
Yes. Advanced systems integrate PLC automation, intelligent gas analyzers, remote monitoring, digital process control, predictive maintenance, and real-time operational analytics.
These plants are widely used in biogas plants, distilleries, breweries, ethanol production facilities, food & beverage industries, dry ice manufacturing, greenhouse agriculture, chemical industries, pharmaceutical companies, and industrial gas processing plants.
Recovering CO₂ reduces greenhouse gas emissions, creates additional revenue from reusable carbon dioxide, improves environmental compliance, supports sustainability initiatives, and enhances overall industrial resource efficiency.