The rapid shift to more sustainable industrial operations has dramatically impacted the hydrocarbon processing industry. It seems like almost overnight, operations teams are looking at entirely new processes focused on manufacturing new, greener alternative products...
Hydrogen-fueled vehicles are on the rise, necessitating the development of reliable and efficient hydrogen fueling stations. However, scaling up such infrastructure poses unique challenges that require innovative solutions. In our new white paper, “How to Effectively Control Flow of Hydrogen Fuel to Improve Safety, Reliability, and Fueling Rates at Dispensing Stations,” we delve into these challenges and explore potential solutions for scaling hydrogen fueling infrastructure.
Hydrogen fuel technology has reached a stage where it is past the prototype phase, and the industry is now looking to scale up. The fuel cell market, for instance, is forecast to grow at a robust 45.3% compound annual growth rate between 2022 and 2029, with projections of a market value reaching $17.88 billion. However, the potential growth of the industry is not guaranteed. There is still much work to be done, including increasing fueling stations and reducing the cost of producing green hydrogen. To mitigate risks and help hydrogen technology mature, strong partnerships between innovators and automation experts are needed. Automation experts can help hydrogen OEMs and end-users scale up capacity to meet market demands, keep projects on time and in budget, monitor hydrogen application performance, and ensure safety in volatile environments. With the help of automation experts, the hydrogen market can scale up and make a significant contribution towards achieving ambitious climate goals.
At Emerson, we find ourselves in a unique position. Like many companies, we’re committing to a future of more sustainable operations, starting with a goal of net zero greenhouse gas emissions by 2045. But Emerson also has an opportunity—and an obligation—not many...
Hydrogen fuel cell electric vehicles (FCEVs) offer a clean, carbon-neutral alternative to traditional gasoline vehicles, and have the potential for exponential growth in the transportation sector. However, there are several challenges that need to be addressed in order to scale up production, including supply-chain issues and difficulties obtaining chassis and components. In order to meet the increasing demand for FCEVs, manufacturers need to quickly expand their factories and improve procurement efficiency.
Anyone paying attention to power—and probably even those who aren’t—are well aware that the way electricity is generated and delivered is rapidly changing. While the traditional combined cycle power facilities on the generation side we have come to depend on will be...
In the podcast, Hydrogen measurement and flow with Emerson, Emerson’s Don Fregelette, Laura Chemler, and Andrew Srgo join host Brian DeBruine to discuss some of the challenges and solutions in handling hydrogen across its supply chain from production through distribution.
At a recent Green Innovation Day event, Emerson’s Brandon Bromberek presented Overcoming Measurement Challenges Across the Hydrogen Value Chain.
Emerson’s Martin Van Der Merwe joins podcast host Jim Cahill in part 2 to discuss the trends, challenges, and solutions in growing hydrogen’s role in the Asia-Pacific region’s energy mix.
Martin Van Der Merwe joins Jim Cahill as part of our Asia-Pacific Sustainability & Decarbonization podcast series to discuss the trends, challenges, and solutions for hydrogen as an energy carrier in the region.
Technological solutions and digital transformation have proven to accelerate hydrogen production and use while helping to solve the challenges that companies across the value chain are facing. Even though many projects have already been launched, the infrastructure...
In this special Emerson Automation Experts podcast, BayoTech’s General Council and Head of Policy, Andrew Leedom joins Jim Cahill. They discuss BayoTech technology innovations in modular, smaller scale & localized hydrogen production, the reduction in carbon intensity, and policies here in the U.S. at the federal and state levels to continue to foster hydrogen’s increasing role as an energy carrier.
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