What we offer

·Case by case basis feasibility study for emission reduction for fossil fuels-based industries covering all aspects of Carbon Capture and Utilisation (CCU);

·From concept to implementation (design, engineering, construct and commissioning) of a cost-effective and efficient carbon capture/utilisation plant;

·Simulation and scaling up with a final report to suggest for large scale plant with cost estimation;

·Assessing options to reduce emissions in any industry emitting greenhouse gases;

·We are on the forefront of industrial CCU for hard to abate industries, including steel, cement, refineries, energy from waste, and biogas;

·We provide technology and a range of solutions to achieve large-scale carbon reduction, including: 

a) Modular Systems;

b) High-Performance Solvents;

c) Technology Licence;

d) Design, Build, Own and Operate;

e) Engineering Services.

Why choose us?

·Over 14 years of practical experience in CCU research and demonstration covering various carbon capture technologies that include solvent, membrane, adsorbent and cryogenic;

·Conducted feasibility studies on retrofitting coal-fired power plant, reducing emissions on iron and steel industry, and oil refinery;

·Representing a global leader in low-cost CO₂ capture technology. This patented technology significantly reduces the costs and environmental impacts of CO₂ separation when compared to existing techniques;

·We bring an accessible carbon capture solution to industry that lies below the line of $30 per tonne cost of CO₂ captured.

Our advantages

·Partnering with a world leading proprietary solvent technology supplier, we take a strategic and leading role in long-term projects in partnership — whether in-development, pilot phase, or ongoing;

·This process intensification technology using a proprietary solvent comes in both semi-modular and modular systems. These range from contained and out-of-the-box to open-plant designs;

·These semi-modular and modular processes and patented solvents are designed for maximum carbon capture at the lowest cost. They offer the lowest corrosion rates, the longest uptime per year, operating times of over 200,000 hours on commercial plants, and can comply with the most stringent environmental and HSE regulations in any country;

·Currently planning a full rollout of next-gen process intensification technology, which will deliver a 10x reduction in equipment size, resulting in a 50% reduction in both CAPEX and OPEX compared to traditional open-plant designs.