Topsoe's SynCOR™ autothermal reforming technology is transforming the landscape of large-scale, low-carbon (blue) hydrogen production. The technology offers remarkable advantages in terms of economy of scale, making it an ideal choice for mega-scale projects that have strict CO2 recovery requirements. SynCOR differentiates itself by maximizing single-line capacity, thereby reducing both capital and operating costs significantly. By employing advanced autothermal reforming at a low steam-to-carbon ratio, SynCOR eliminates the need for tubular reforming and enhances energy efficiency through the combustion of feed gas to generate heat for the reforming reaction. With a steam-to-carbon ratio as low as 0.6, SynCOR achieves larger single-train capacities and produces syngas with low methane content, ideal for applications in various industries including ammonia, methanol, and synfuel hubs. Adam Kadhim, the Product Line Director for Hydrogen and Syngas at Topsoe, praises SynCOR as a groundbreaking technology in hydrogen production. He emphasizes the technology's high conversion rate, reduced footprint, and cost-effectiveness, which collectively set a new standard for efficiency in the industry. SynCOR is a testament to Topsoe's commitment to innovation and providing clients with reliable and cutting-edge solutions.