Capture is only the first step—the true engineering value of CO₂ lies in being "affordable and marketable." Our team is simultaneously deploying CO₂ chemical synthesis and mineralization utilization technologies to establish a closed-loop capture-to-utilization business model. We can tailor the optimal CCU process route based on the energy structure, raw material endowments, and end-market of the customer’s country.

Product routes that have been developed or co-developed include:
(1) Sustainable aviation fuel (eSAF)—green hydrogen + CO₂ via Fischer-Tropsch/MeOH-to-jet fuel route, aligned with ICAO CORSIA;
(2) Green urea—CO₂ + green ammonia for urea synthesis, suitable for ammonia-/power-rich countries in the Middle East, North Africa, and Central Asia;
(3) Soda ash and sodium bicarbonate—Solvay process CO₂-enhanced route, already applied in a 400,000-ton-scale project in India;
(4) CO₂ hydrogenation to methanol—chemical energy storage product for green hydrogen scenarios;
(5) Nano calcium carbonate—mineralization utilization, suitable for cement/lime slag disposal scenarios;
(6) Carbonation curing of building materials—CO₂ mineralization and sequestration in precast concrete/recycled aggregates, already implemented in domestic projects of 100,000-ton and 200,000-ton scales.

Service offerings include: CO₂ utilization scheme selection and techno-economic assessment, process package development, full-process models coupled with new energy (solar/wind/green hydrogen), carbon footprint accounting and certification support. These can be bundled with the capture process package or provided independently to customers with existing CO₂ sources.

The technical reserves originate from relevant projects under the National Key R&D Program and joint R&D centers, leveraging national-level research platforms at universities and a team of over 50 PhDs and professor-level experts.