Optimising a proprietary electrochemical cell technology that produces clean hydrogen from water without the need for electricity, and converts industrial off-gases to concentrated CO2.
Utility’s technology is designed to deliver practical solutions that drive economic industrial decarbonisation across industries such as steel, low carbon fuels, refining, petrochemicals, and upstream oil & gas. The company's breakthrough H2Gen® technology harnesses energy from industrial off-gases and biogenic gases to produce application-specific high-purity, low-to-negative carbon intensity hydrogen on-site from water, without electricity, using Utility’s proprietary materials that enable this electrochemical process. H2Gen® also produces a high-concentration carbon dioxide stream, which can significantly reduce the cost of carbon capture. H2Gen® systems are modular, scalable, and operationally flexible, integrating seamlessly into existing hard-to-abate industrial assets with a compact footprint, enabling practical, economic decarbonization.
Bryden Wood was engaged to review the process design and preliminary commercial plant concepts, proposing further design optimisation opportunities as Utility moves toward its industrial-scale deployment.
Project details:
Bryden Wood engaged to review process design and preliminary commercial plant concepts
Bryden Wood effectively optimised the commercial-grade product, delivering cost and efficiency benefits
Subsequently appointed for further design development as Utility scales commercial projects for industrial customers
Bryden Wood's optimisation work has strengthened the H2Gen® solution as Utility moves to deploying industrial-scale projects for industry-leading customers giving Utility a more efficient design to build on.
