In the domestic CCUS industry, only a handful of engineering contractors can demonstrate proven EPC delivery at 100,000 tons/year scale. Our team has completed a 100,000 tons/year EPC turnkey project for oxy-fuel combustion + CO₂ capture in the cement industry, delivered a 200,000 tons/year EPC process package for coal‑fired power plants (commissioned in 2024), and served as the core process technology and absorbent supplier for a national‑level 150,000 tons/year demonstration project. This range of scales constitutes a rarely repeatable EPC capability in China.

EPC service scope:
• Process design, patent software licensing, and key equipment supply;
• Long‑lead equipment inquiry, comparison, and supervision;
• Site construction management, mechanical completion, and no‑load joint commissioning;
• Feed trial run, performance test (PG Test), and 72‑hour full‑load operation;
• Operational support and absorbent replenishment during the one‑year defect liability period.

Flexible cooperation models – depending on the owner’s localization requirements, we can act as an independent EPC turnkey contractor to deliver the complete project, form a consortium with a locally qualified Class‑A engineering company (with our scope covering process package, core equipment, absorbent, and commissioning; the local partner responsible for design review, construction, installation, and local procurement), or offer a light EPC model in the form of “process package + key equipment + on‑site commissioning” to suit the owner’s budget and localization policies.

We have accumulated EPC integration experience across multiple typical operating conditions, including high‑SOₓ flue gas from cement kilns, high‑humidity low‑CO₂ flue gas from power plants, and CO₂‑rich flue gas from oxy‑fuel combustion. This capability is well suited to owners in the power, cement, steel, and petrochemical industries who have clear financing sources and wish to introduce proven CCUS technology through an international engineering contractor.