Product Description
We have uniquely positioned ourselves as a dependable firm, engaged in manufacturing and supplying Distillery Based CO2 Recovery Plant. This plant is used in industries like chemical, petrochemical and oil refineries. To manufacture this plant, we use optimum quality materials, sourced from trusted vendors. Our quality inspectors check this plant on construction and efficiency parameters to provide the best range to clients. We offer this Distillery Based CO2 Recovery Plant at market leading prices.
Features of Distillery Based CO2 Recovery Plant:
- Easy installation
- Robust construction
- Longer service life
- Easy recovery of CO2 gas
Specifications of Distillery Based CO2 Recovery Plant:
- Flow: 50 kg/hr
- Pressure: 1.6-2.0 mpa
- Capacity: 1000 kg/hr
Price:
Approx. Rs 50 Lakh / onwards
Product details
| Purity | 99.9% |
| Usage/Application | Industrial |
| Brand | Bosco |
| Automation Grade | Fully Automatic |
Advanced Skid-Mounted Modular DesignOur CO2 recovery plant is engineered with a modern skid-mounted modular configuration, streamlining installation and allowing for effortless scalability. This design greatly simplifies the integration into existing industrial setups, helping businesses reduce downtime during deployment and benefit from customized solutions tailored to unique operational needs.
Impressive Purity and Recovery EfficiencyEquipped with a three-stage filtration process utilizing activated carbon and precision filters, the plant guarantees CO2 purity at 99.99% and up to 99% recovery efficiency. These high standards are maintained thanks to a computerized PLC control system, ensuring consistent and reliable delivery for food-grade applications.
Cutting-Edge Safety and ComplianceRobust safety features include sensor-based leak detection, auto-vent systems, and remote monitoring. The plant is meticulously designed to comply with international standards for food-grade CO2, making it ideal for sensitive environments like breweries and beverage production.
Eco-Friendly and Energy Efficient OperationEngineered with sustainable practices in mind, the CO2 recovery process is highly energy efficient and designed to minimize emissions, placing environmental stewardship at the forefront without compromising performance. The water-cooled and chiller-assisted system further ensures minimal air and power consumption.
FAQs of Distillery Based CO2 Recovery Plant:
Q: How does the skid-mounted modular design simplify installation and scalability for distilleries?
A: The plants skid-mounted modular configuration enables rapid installation and easy expansion. Components are prefabricated and integrated on modules, making onsite setup straightforward. This design allows distilleries to deploy additional modules as their capacity needs grow, while minimizing interruption to ongoing operations.
Q: What is the process for recovering CO2 from fermentation, and how is purity ensured?
A: CO2 generated during fermentation is captured and passed through a three-stage gas cleaning system with activated carbon and specialized filters. This advanced filtration removes contaminants and moisture, ensuring the CO2 achieves a purity level of 99.99%, suitable for food-grade and industrial applications.
Q: When is the plant ready for operation after start-up?
A: The CO2 recovery plant is operational within 30 minutes of start-up, thanks to its fully automated control system and rapid activation protocols. Users can quickly transition from standstill to full-scale recovery, optimizing production schedules and reducing downtime.
Q: Where can this CO2 recovery plant be used effectively?
A: Designed for versatility, this plant is ideal for breweries, distilleries, chemical plants, and fermentation facilities. Its skid-mounted modularity allows flexible deployment within varied industrial environments, across both new installations and retrofit projects.
Q: What safety features are integrated to protect operators and facilities?
A: Comprehensive safety is prioritized through sensor-based leak detection, automatic ventilation systems, and real-time alarms. The plant meets stringent international standards and utilizes PLC-based controls for quick response, safeguarding both personnel and assets from potential hazards.
Q: How does the plant contribute to environmental sustainability?
A: The eco-friendly process recovers and purifies CO2 that would otherwise be released as emissions. This not only reduces the carbon footprint of fermentation operations but also enables the repurposing of CO2 for commercial and industrial use, supporting circular economy initiatives.