Unlocking the Potential of Low-Carbon Hydrogen for Industrial Decarbonisation
Key Ideas
- Low-carbon hydrogen is best suited for industrial use cases due to challenges in electrification, serving as a feedstock and fuel for various applications.
- Scaling up low-carbon hydrogen production in industrial decarbonisation is crucial for future applications and cost reduction.
- Technology advancements are essential for the success of low-carbon hydrogen, with breakthroughs and innovation driving towards a more sustainable future.
Rafael Fejervary, the global hydrogen director at SLB, highlights the strategic importance of low-carbon hydrogen in industrial decarbonisation. He emphasizes that the strength of hydrogen lies in areas that are challenging to electrify, making it a key player in industrial applications such as producing ammonia, methanol, and industrial heat. Fejervary suggests that by focusing on industrial decarbonisation initially, the foundation for the widespread adoption of low-carbon hydrogen can be established, paving the way for its expansion into other sectors. Technological advancements and scaling up production are identified as critical factors in reducing the cost of low-carbon hydrogen and enhancing its competitiveness. SLB's commitment to innovation underscores the industry's dedication to unlocking the full potential of low-carbon hydrogen to drive sustainable industrial practices and contribute to global decarbonisation efforts.