Published by Todd Bush on November 7, 2023
HORSHAM, England--(BUSINESS WIRE)--Ceres, a global leader in fuel cell and electrochemical technology, is pleased to share that its first-of-a-kind solid oxide electrolyser is producing hydrogen at partner AVL’s site in Germany and is in the final stages of commissioning, on track to reach factory acceptance testing in the coming weeks.
Ceres’ deep expertise in solid oxide technology has allowed it to prosecute an ambitious programme for hydrogen over the past 24 months. This significant technology milestone will see the demonstrator shipped to Shell’s R&D Centre in Bangalore, India, in the coming weeks to substantiate the performance, cost, and operational functionality of Ceres’ electrolyser technology.
Ceres is actively engaged across the hydrogen value chain to activate the market for highly efficient solid oxide technology in hard-to-abate, high temperature industrial processes, such as the production of green steel, ammonia and synthetic fuels, with the potential to reduce the overall capital and operational project costs by 25%.
In parallel, the release of Ceres’ next generation stack technology earlier this year has delivered improvements in performance and cost, which will now feed through into feasibility studies underway with partners. These studies focus on designing the optimum architecture for 100MW+ scale system installations, essential to accelerate commercialisation and to deliver green hydrogen at the scale and pace required to reach net zero.
Dr. Caroline Hargrove CBE, Chief Technology Officer at Ceres, commented:
“Ceres’ advancements in solid oxide electrolysis technology underscore our ability to drive fast, tangible progress in the green hydrogen sector. This milestone is testament to the significant expertise within our technology team and to our ability to build strong collaborations with strategic partners to proactively shape the future of clean energy.”
For more information visit www.ceres.tech.
Follow the money flow of climate, technology, and energy investments to uncover new opportunities and jobs.
Inside This Issue 🍁 Ballard Buys GeoPura for $400M in Hydrogen Power Push ⛽ XCF Global Begins Producing Renewable Fuels at New Rise Renewables Reno 📈 WoodMac: CCUS Growth Continues Despite Project...
Inside This Issue ⚡ Airbus and MTU Aero Engines to Create a Joint Venture to Develop a Fully Electric Hydrogen Fuel Cell Engine 🌳 Something Weird Is Going on with the 66 Billion Trees China Plante...
Inside This Issue ⚡ SB 1350: California Makes Hydrogen Power Count as Clean 🏭 Europe's Carbon Capture Push Shifts From Ambition To Delivery At CCSA EU Conference 2026 🍁 Canada and Alberta Tie New ...
Agreement supports future integration of CCS+ methodology framework within GCC’s carbon market ecosystem and explores development of carbon capture modules for industrial point-source emissions Th...
Consultation: Revision to Concrete Production Methodology (VM0043)
Verra is launching a public consultation on a major revision to VM0043 CO2 Utilization in Concrete Production, v1.1 (methodology development ID #CN0128) in the Verified Carbon Standard (VCS) Progra...
Topsoe Lands Technology Contract for Pioneering Blue Ammonia Fertilizer Project
J Westling & Co will produce blue ammonia, also referred to as low-carbon ammonia, at its facility in Gothenburg, Nebraska, using Topsoe’s advanced SynCOR Ammonia™ technology. The project will...
Google, McKinsey, Tencent Invest in Indonesia Carbon Removal
Google and McKinsey will purchase 335,000 metric tons of nature-based removals through the Symbiosis Coalition, while Tencent will purchase 300,000 metric tons as its first offtake outside of China...
Follow the money flow of climate, technology, and energy investments to uncover new opportunities and jobs.