Green Environmental Engineering (GEE) is at the forefront of sustainable innovation, offering cutting-edge carbon capture solutions specifically engineered for Malaysia’s industrial sectors. Our proprietary PureFlux™ Carbon Capture Technology provides a cost-effective, high-efficiency, and scalable approach to reducing greenhouse gas (GHG) emissions.
As Malaysia moves closer to its net-zero goals under the National Energy Transition Roadmap (NETR) and the CCUS Act 2025, PureFlux™ helps companies ensure regulatory compliance, reduce environmental impact, and capitalize on emerging carbon credit opportunities.
What is PureFlux™?
PureFlux™ is GEE’s flagship carbon capture solution, utilizing advanced Calcium Looping (CaL) technology. Unlike conventional amine-based systems that rely on chemical solvents, PureFlux™ uses calcium-based sorbents in a high-temperature chemical cycle to isolate CO₂ from flue gas.
Technology Comparison: PureFlux™ vs. Conventional Systems
| Feature | PureFlux™ (Calcium Looping) | Traditional Amine-Based Systems |
| Capture Efficiency | Up to 90% | 85% – 95% |
| Operating Cost | ~$23.70 per ton CO₂ | $35.00 – $96.00 per ton CO₂ |
| Consumables | Recyclable Natural Sorbents | Energy-intensive chemical solvents |
| Energy Penalty | Lower (6% – 8%) | Higher (9% – 12%) |
| Environmental Impact | Low (Solvent-free) | Risk of solvent degradation & toxicity |
| Maintenance | Low (Multi-pollutant removal) | High (Corrosion & fouling risks) |
Working Mechanism: How It Works
The carbon capture process involves three main stages: Separation, Compression, and Utilization/Storage. GEE offers two primary process flows to suit your facility’s specific needs.
Process Flow Matrix
| Process Type | Primary Sorbent/Agent | Temperature Range | Best For |
| Calcium Looping | Calcium Oxide (CaO) | 600°C – 950°C | Heavy industry, Cement, Steel, WTE |
| Mixed Solvent | Inorganic Salts (K₂CO₃) | Moderate | Existing plants with limited space |
1. The Calcium Looping Cycle
This regenerative process uses the reversible reaction between Calcium Oxide and Carbon Dioxide.
- Carbonation: Flue gas reacts with CaO to capture CO₂.
CaO + CO₂ → CaCO₃ (exothermic at ~650°C) - Calcination: The CaCO₃ is heated to release pure CO₂ and regenerate the sorbent.
CaCO₃ → CaO + CO₂ (endothermic at ~900°C)
2. Mixed Solvent Process
For plants requiring specific compatibility, we use inorganic salts (such as potassium carbonate) in an absorber-regenerator setup. The salts absorb CO₂ into a liquid stream, which is then heated to release concentrated CO₂ for storage or industrial use.
Carbon Capture Turnkey Services
GEE provides a comprehensive end-to-end service to ensure your transition to carbon-neutral operations is seamless and profitable:
- Feasibility & Emissions Profiling: Detailed site assessment and cost-benefit analysis.
- Custom Engineering: System design tailored to your flue gas composition and capture targets.
- Fabrication & Installation: Quality-controlled manufacturing and on-site implementation.
- Training & Commissioning: Full system startup support and operator knowledge transfer.
- Real-Time Monitoring: Ongoing performance optimization and technical support.
- Carbon Credit Monetization: Expert guidance in the verification and certification procedure to turn your captured carbon into financial gains.
Start Your Decarbonization Journey
Lower your emissions and unlock new revenue streams with Malaysia’s most efficient carbon capture technology.