Hanwha Brings Submarine Technology To Gas Compression
Hanwha Power (Hanwha) has signed a non-binding memorandum of understanding (MOU) with Pembina Pipeline Corp. to evaluate low-carbon power generation solutions at Pembina’s compressor stations and gas infrastructure.
The agreement focuses on the potential deployment of waste heat recovery (WHR) systems utilizing supercritical carbon dioxide (sCO2) technology. The collaboration will run in parallel with Hanwha-linked industrial and technological initiatives tied to Canada’s Patrol Submarine Project.
Under the MOU, Hanwha and Pembina will jointly identify pilot locations and assess both the technical and economic feasibility of implementing WHR systems across Pembina’s network. The companies also plan to explore broader opportunities for lower-carbon power generation within the North American midstream sector.
Hanwha’s sCO2-based WHR technology is positioned as a next-generation solution, using a working fluid that exhibits both liquid and gas properties. According to Hanwha, the system is designed to be compact, water-free, and capable of unattended operation, making it suitable for remote compressor station applications.
By capturing and converting waste heat from equipment such as gas turbines into electricity, the technology can improve overall energy efficiency without requiring additional fuel input. This approach aligns with growing industry efforts to reduce emissions while optimizing existing infrastructure.
Headquartered in Calgary, Alberta, Canada, Pembina operates a network of pipelines, gas processing facilities, and export terminals across Canada. Through this partnership, the company aims to enhance operational efficiency, reduce its carbon footprint, and evaluate emerging clean energy technologies.
For Hanwha, the agreement supports its strategy to expand its footprint in North America and grow its global portfolio of low-carbon power generation solutions.