Brewery CO₂ Recovery System Solution

Core Performance Metrics

Annual CO₂ Recovery

15,000 tons

Reducing carbon footprint while creating value

CO₂ Purity

99.97%

Exceeding food-grade quality standards

Energy Reduction

35%

Compared to conventional systems

ROI Period

2.3 years

Fast return on investment

Client Name

Malaysia Energy Solutions

Project Location

Kuala Lumpur, Malaysia

Commissioning Date

November 2023

Equipment Model

PCC-5000

Sustainable Brewing

This CO₂ recovery system captures fermentation emissions and converts them into a valuable resource, creating a circular economy model for the brewing industry.

Project Background & Challenges

Client Pain Points

  • Fermentation waste gas is wasted

  • purchasing liquid CO₂ is expensive

  • The required purity level for food-grade CO₂ is very high.

On-site Conditions

The existing fermentation facility with outdated CO₂ emission systems requiring urgent environmental and efficiency upgrades.

Our Solution

Integrated CO₂ Recovery System

Our comprehensive solution captures, purifies, and recycles CO₂ from the fermentation process, creating a closed-loop system that minimizes emissions while producing food-grade CO₂.

Installation Phase

Professional installation of the CO₂ recovery system with minimal disruption to existing operations.

Completed Setup

The fully integrated system after installation, ready for operational testing and optimization.

Project Results

Performance Improvements

Metric Before After Improvement
CO₂ Recovery Rate 92% 98% +6%
Energy Consumption 100% 65% -35%
Operating Costs 100% 60% -40%
"The CO₂ recovery system has transformed our operations. Not only are we now compliant with environmental regulations, but we've also turned what was previously waste into a valuable resource. The ROI exceeded our expectations."

Nguyen Van Minh

Operations Director, Vietnam Beverages Ltd.

Project Acceptance

Equipment Technical Parameters

Parameter Specification Notes
Processing Capacity 3000 Nm³/h Scalable based on production requirements
Working Pressure 2.2 MPa Optimized for energy efficiency
Power Requirements 380V/50Hz Compatible with local power grid
Footprint 15m × 8m Compact design for space efficiency
CO₂ Purity 99.9% Exceeds food-grade requirements
Control System PLC with HMI Remote monitoring capabilities