Carbon capture and utilization (CCUS) system for coal-fired power plants
Client Name
Indonesia's state-owned electricity company (PLN)
Project Location
Semarang City, Java Island
Commissioning Date
November 2021
Equipment Model
FTR-5000-CCUS
Core Performance Metrics
Annual CO₂ Recovery
50,000 tons of CO₂
Reducing carbon footprint while creating value
collection efficiency
92%
Exceeding food-grade quality standards
System availability
98.5%
Compared to conventional systems
Carbon emission reduction cost
$35 per ton
Fast return on investment
Sustainable Brewing
Project Background & Challenges
Client Pain Points
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ndonesia's new carbon emission regulations require
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"Complex flue Gas composition (SOx/NOx interference)
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"Challenge of High Humidity in Island Environment" │"A CO₂ reuse solution is required
On-site Conditions
The existing fermentation facility with outdated CO₂ emission systems requiring urgent environmental and efficiency upgrades.
Our Solution
Customized CCUS solutions
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
性能改进
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| Metric | Before | After | Improvement |
|---|---|---|---|
| CO₂ Capture Efficiency | 85% | 95% | +10% |
| Energy Penalty | 30% | 22% | -8% |
| Cost per Ton CO₂ | $65 | $48 | -26% |
"Our power plant's carbon capture system has achieved dual benefits - reducing emissions by 120,000 tons annually while generating $2.8M in carbon credit revenue. The modular design allowed seamless integration with our existing infrastructure, proving environmental responsibility can coexist with economic returns."
Nguyen Van Minh
Operations Director, Vietnam Beverages Ltd.
Equipment Technical Parameters
| Parameter | Specification | Notes |
|---|---|---|
| Flue Gas Capacity | 50,000 Nm³/h | For 300MW power plant |
| Working Pressure | 3.5 MPa | Optimized for high-volume capture |
| Power Consumption | 10MW | Integrated with plant grid |
| Footprint | 30m × 20m | Modular design for expansion |
| CO₂ Capture Rate | 95% | Exceeds industry standards |
| Control System | DCS with SCADA | Plant-wide integration |