As global carbon reduction mandates and environmental compliance regulations tighten, industrial sectors in Australia face unprecedented pressure to decarbonize. Our client, a prominent industrial operator in Brisbane, required an advanced Carbon Capture and Utilization (CCU) solution. The primary challenges included strictly adhering to stringent Australian engineering and safety standards (AS/NZS), optimizing energy consumption during the capture process, and ensuring the captured carbon dioxide could be purified to high-value industrial and food-grade standards to achieve economic viability.
To meet strict Australian standards, we delivered a customized Carbon Capture, Purification, and Liquefaction System:
• AS/NZS Compliance: Fully engineered to meet local safety and compliance certifications.
• Advanced Capture: High-efficiency chemical absorption to extract CO2 from industrial flue gas.
• Food-Grade Purification: Integrated premium cryogenic cold box system to deliver 99.99% pure CO2.
• Smart Automation: Fully automated PLC system with real-time monitoring and unmanned operation.
The Brisbane CCU facility was successfully commissioned and is operating seamlessly:
• Environmental Impact: Successfully captures massive amounts of carbon dioxide annually, drastically reducing the client's carbon footprint and carbon tax liabilities.
• Circular Economy: The captured CO2 is transformed into high-purity food-grade liquid CO2, generating a sustainable new revenue stream for the client through industrial and commercial supply chains.
• Energy Efficiency: The system runs with industry-leading low energy consumption per ton of CO2 captured, proving the commercial scalability of our carbon technologies in developed markets.
Partnering with SINOPEC, we successfully delivered a mega-scale industrial carbon utilization facility to achieve ambitious zero-emission goals. As a flagship EPC turnkey project, this installation demonstrates our advanced engineering capacity to capture, purify, and store massive industrial emissions under high-pressure and complex chemical flue gas conditions.
Project Milestones & Technical Framework
120,000 Tons/Year Capacity: High-throughput, continuous CCU system engineered for maximum carbon recovery with long-term mechanical stability.
Tailored Petrochemical Absorption: Custom-engineered chemical absorption columns designed specifically to process highly corrosive petrochemical flue gases.
Advanced Cryogenic Liquefaction: Premium deep-purification and refrigeration technology, guaranteeing an industry-leading liquid CO2 purity output.
Large-Scale Cryogenic Storage: Integration of heavy-duty, field-erected spherical liquid CO2 storage tanks and heavy-insulated interconnection pipelines.
Centralized Smart Control: Automated PLC and SCADA central control room for real-time process monitoring, safety interlocks, and unmanned steady-state operations.
Project Results & Commercial Value
Premium Industrial-Grade Purity: The final output consistently reaches a food/industrial-grade purity of >= 99.99%, creating a premium commodity ready for merchant dry ice production and downstream chemical synthesis.
High Energy Efficiency & Low Opex: By optimizing heat integration and utilizing advanced energy-recovery exchangers, the power consumption per ton of liquefied CO2 is reduced by 15% compared to conventional systems.
Flawless EPC Delivery: From initial custom-engineering and premium equipment manufacturing to on-site commissioning and final hand-over, the entire production line achieved seamless start-up on schedule.
Sustainable ROI: This landmark project effectively balances ecological targets with commercial returns, converting industrial waste gas into profitable carbon assets and setting a new benchmark for global ESG initiatives.