#Hanwha Power #TC Energy #sCO2 Technology #South Korea #Seoul

Hanwha Power Systems and TC Energy Partner to Advance sCO2 Power Generation

In a significant development for sustainable energy, Hanwha Power Systems Co., Ltd. has announced the signing of a Memorandum of Understanding (MOU) with TC Energy, one of North America's largest natural gas pipeline operators. The agreement aims to accelerate the commercialization of super-critical CO2 (sCO2) power generation technology, paving the way for the development of cleaner energy solutions.

A Collaborated Approach to Cleaner Energy

The MOU lays out plans for Hanwha to install an sCO2 power generation system at TC Energy's compressor station located in West Virginia. This innovative system is designed to harness unused waste heat from the gas turbine compressors, transforming it into renewable energy that is carbon-free. This partnership not only represents a practical application of advanced technology but also emphasizes collaboration in tackling pressing climate challenges.

Hanwha Power Systems aims to leverage this project as a cornerstone for expanding its footprint in the North American pipeline market. By demonstrating the system’s commercial viability through effective waste heat recovery, Hanwha is opening new avenues for large-scale deployment within the industry. Such advancements are critical as they can revolutionize how energy is produced and consumed in a more environmentally friendly manner.

Remarks from Leadership

Justin (Koo Yung) Lee, the CEO of Hanwha Power Systems, expressed optimism regarding this partnership, stating, "This MOU with TC Energy brings us one step closer to the successful commercialization of sCO2 power generation systems. We will continue to contribute to carbon reduction in the oil and gas market by successfully expanding the application of sCO2 power generation systems across a wide range of compressor stations." This sentiment underscores the shared commitment both companies have towards driving innovation that contributes to a carbon-neutral future.

Understanding sCO2 Technology

So, what exactly is sCO2? Supercritical CO2 is a unique fluid state where carbon dioxide exists under conditions exceeding a temperature of 31°C and a pressure of 74 bar. This state exhibits characteristics of both a liquid and a gas, making it suitable for high-efficiency energy generation. Hanwha Power Systems’ approach involves integrating this technology with state-of-the-art geared turbomachinery, enabling a closed-loop operation that is compact, modular, and, most importantly, does not require additional water or fossil fuels for energy generation.

Looking Ahead

The significance of the collaboration between Hanwha Power Systems and TC Energy extends beyond mere technological advancement; it represents a proactive step toward a cleaner, more sustainable energy paradigm. As global energy demands continue to rise, the transition to renewable sources becomes increasingly vital. With the sCO2 power system, both companies are not just providing energy solutions but paving pathways to a healthier planet.

In this era of climate consciousness, initiatives like these are critical. They establish a model for future projects that other companies in the industrial and energy sectors may follow, ultimately setting benchmarks for environmental responsibility and innovation.

As the world grapples with climate change, the successful implementation of sCO2 technology by Hanwha Power Systems and TC Energy could be a blueprint for future energy projects, demonstrating how collaboration can lead to impactful change.

This partnership marks an important chapter not only for Hanwha as it aims to become a leader in clean energy solutions but also for the energy sector at large as it evolves towards sustainability.