Babcock & Wilcox’s Post

Check out my friends John Kortis and John Bullock III discussing innovative solutions on how to reach net-zero and net-negative carbon energy sources via our various #ClimateBright and #carboncapture technologies

Bioenergy and Carbon Capture - short video creating negative carbon output and at the same time having a dependable power supply.

By combining traditional bioenergy production with carbon capture and sequestration technologies (#BECCS), energy can be produced with a net-negative carbon intensity output. John Bullock and John Kortis highlight its advantages - watch the full video at babcock.com/what-is-beccs.

Ceres is pleased to share a new blog on #Ceria and its benefits, written by our Business Analyst, Alec Davies CEng. As a global leader in ceria-based electrolytes, we are using this ground-breaking #technology in collaboration with our partners to drive #decarbonisation. Read more here: https://lnkd.in/e7Nrddxw Clean energy starts with Ceres. #SolidOxide #Electrolysis #HydrogenTechnology #CleanEnergy #Innovation

🌟 Innovation in Focus: Siqens and Electrochemical Hydrogen Separation (EHS) 🌟 Our patented Electrochemical Hydrogen Separation (EHS) process offers a cost-effective alternative to electrolysis – recently highlighted by @HZwei – The Magazine. 🚀 Our Technology: Our journey of success began with innovative methanol fuel cells. Today, EHS, based on our self-developed HT-PEM fuel cell stacks, enables the high-purity separation of hydrogen from natural gas or industrial emissions. 🔧 Benefits: • Efficient and resource-saving • Applicable in industries, waste incineration, and solving the "last-mile problem" We’re proud to actively shape the sustainable energy future with these innovations. #Innovation #FutureOfEnergy #HydrogenTechnology #Siqens #Sustainability #HTPEM

I am leading groundbreaking work in the field of Materials for Renewable and Sustainable Energy. Our research is focused on advancing electrocatalysts for alkaline fuel cells and electrolyzer technology. Our research is dedicated to synthesizing, characterizing, and applying a variety of electrocatalysts, including freestanding and supported electrocatalysts, carbon-based supported catalysts, spinel-based catalysts, and metal-organic frameworks (MOFs). This innovative work aims to enhance electrocatalytic anodic and cathodic reactions, driving improvements in both alkaline fuel cells and water-splitting technologies. I am excited to see how our contributions will shape the future of sustainable energy! 💡🔋🌍 #OpentoCollaboration! #RenewableEnergy #SustainableTechnology #Electrocatalysis #FuelCells #WaterSplitting #ResearchInnovation

Dr. Kent Warren, our Chief Science Officer, presented the results of our long-term durability demonstration earlier this week at ASME’s 18th International Conference on Energy Sustainability in, “An Efficient and Scalable Approach to Solar Thermochemical Fuel Production via an Iron Aluminate-Based, Pressure-Swing Redox Cycle.” In this demonstration, OMC’s proprietary active material was subjected to over 60 days of time under process relevant conditions and exhibited exceptional, industry-leading chemical stability that paves the way for commercial trials and cost advantages over competing technologies that steadily degrade over time. The use of heat and resilient, low-cost, and globally abundant materials to make green hydrogen or to repurpose CO2 back into useful chemicals and fuels offers a paradigm shift for scalable, affordable industrial decarbonization. Much thanks to Justin T. and Liam Taylor for their work on this demonstration. #ptl #greenhydrogen #thermochemistry #co2utilization

Dr. Kent Warren, our Chief Science Officer, presented the results of our long-term durability demonstration earlier this week at ASME’s 18th International Conference on Energy Sustainability in, “An Efficient and Scalable Approach to Solar Thermochemical Fuel Production via an Iron Aluminate-Based, Pressure-Swing Redox Cycle.” In this demonstration, OMC’s proprietary active material was subjected to over 60 days of time under process relevant conditions and exhibited exceptional, industry-leading chemical stability that paves the way for commercial trials and cost advantages over competing technologies that steadily degrade over time. The use of heat and resilient, low-cost, and globally abundant materials to make green hydrogen or to repurpose CO2 back into useful chemicals and fuels offers a paradigm shift for scalable, affordable industrial decarbonization. Much thanks to Justin T. and Liam Taylor for their work on this demonstration. #ptl #greenhydrogen #thermochemistry #co2utilization

Good article!

Nuada and Carbfix join forces for end-to-end CCS advancements: Carbon capture specialists Nuada and Carbfix have joined forces to develop integrated carbon capture and storage (CCS) solutions for industrial emitters. #gasworld #industrialgas