Chiyoda and NYK Chase Carbon Capture Business Around the World

Why It Matters

The alliance positions Japanese firms at the forefront of the emerging CCS market, unlocking new revenue streams while supporting decarbonisation targets for heavy industry and shipping.

Key Takeaways

• Chiyoda, NYK, KNCC sign global CCS collaboration MOU.
• Study evaluated costs for three liquefied CO₂ technologies.
• LCO₂‑EP tech reduces cryogenic requirements via elevated pressure.
• Project expands to Malaysia with Petronas partnership.
• Integration targets shipping, storage, and floating CO₂ facilities.

Pulse Analysis

The carbon capture and storage (CCS) sector is entering a critical growth phase as governments tighten emissions regulations and investors seek tangible climate solutions. Japan’s engineering expertise, combined with NYK’s extensive maritime network, creates a compelling value proposition for end‑to‑end CO₂ handling. By aligning with global standards and leveraging existing shipping lanes, the consortium can accelerate project timelines and reduce capital expenditures, making CCS more attractive to energy‑intensive industries.

A key differentiator of the partnership is the focus on liquefied CO₂ (LCO₂) technologies, particularly the elevated‑pressure (EP) approach championed by KNCC. Compared with traditional low‑temperature liquefaction, EP systems operate at higher pressures, which simplifies cargo containment and cuts the need for expensive cryogenic insulation. The 2024 cost‑schedule study highlighted that EP can lower overall project costs by up to 15 percent while maintaining comparable storage capacities, positioning it as a competitive alternative for both on‑shore and offshore deployments.

The collaboration’s expansion into Malaysia with Petronas underscores the strategic importance of the Asia‑Pacific market, where rapid industrialisation drives demand for scalable CCS solutions. By integrating floating storage units and dedicated CO₂ carriers, the consortium can offer flexible, modular services that adapt to varying supply chains. As the maritime industry itself faces decarbonisation mandates, the ability to transport captured CO₂ efficiently creates a new revenue stream for ship owners and aligns with broader sustainability goals, potentially reshaping global logistics for low‑carbon commodities.