Everllence Secures Contract to Supply Compression Technology

Key Takeaways

• Two RB compressor skids supplied for Thailand's first CCS
• Capacity to capture up to one million tonnes CO₂ annually
• Project slated for offshore storage start in 2028
• Radial barrel compressors paired with Solar Turbines gas turbines
• Dynamic simulation included to optimise compressor efficiency

Summary

Everllence won a contract to deliver two RB compressor skids for Thailand’s inaugural carbon capture and storage (CCS) project at PTTEP’s Arthit gas field. The compressors, paired with Solar Turbines gas turbines, will enable capture and offshore storage of up to one million tonnes of CO₂ per year, with operations targeted for 2028. The scope also includes dynamic process simulation to maximize efficiency and integration with existing offshore infrastructure. This marks Thailand’s first large‑scale CCS deployment under its 2021‑2030 NDC plan.

Pulse Analysis

Thailand’s first carbon capture and storage (CCS) venture at the Arthit gas field signals a strategic shift for the nation’s energy sector. By targeting one million tonnes of CO₂ capture annually, the project aligns with the country’s 2021‑2030 Nationally Determined Contribution plan, showcasing a tangible pathway to meet international climate commitments. The offshore storage component, scheduled to begin in 2028, also demonstrates how emerging economies can integrate large‑scale CCS into existing hydrocarbon operations, reducing the carbon intensity of gas production.

Everllence’s solution centers on radial barrel‑type compressors, a design prized for its stability and reliability in high‑pressure CO₂ handling. Coupled with Solar Turbines gas‑driven units, the skids deliver robust performance in the harsh offshore environment of the Gulf of Thailand. The inclusion of dynamic process simulation enables real‑time optimisation, ensuring the compressors operate at peak efficiency while minimizing energy consumption. Such integrated engineering reduces downtime and extends equipment life, critical factors for offshore projects where maintenance windows are limited.

The contract underscores a broader market trend: energy firms increasingly view CCS as a core component of decarbonisation strategies. For Everllence, securing the Thai deal expands its footprint in Southeast Asia and positions the company as a go‑to provider for high‑pressure compression technology. As regional regulators tighten emissions standards, similar CCS projects are likely to emerge, creating a ripple effect that could accelerate adoption of advanced compression solutions across the Asia‑Pacific basin.