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Decarbonizing Heavy-Duty and Commercial Transport with Hydrogen Fuel Cell Technology
Heavy-duty and commercial transport are notorious for their significant contribution to greenhouse gas emissions, particularly in the European Union, where they account for a staggering 27% of total road transport emissions. However, there’s a promising solution on the horizon that’s set to revolutionize this sector – hydrogen fuel cell technology.
Accelerating Hydrogen Infrastructure: Key Insights in Our Whitepaper
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.
Onboard Vehicle Hydrogen Pressure Management
This quick 1:12 video, Hydrogen Generation for Fuel Cells shows solutions for onboard vehicle applications that provide consistent pressure and regulate the precise flow control of hydrogen to the fuel cell.
How Electronic Pressure Control Works
A TESCOM ER5000 series whitepaper, How Electronic Pressure Control Works, highlights PID-based control in pneumatic-powered machinery applications in discrete and hybrid manufacturing operations
Isolate and Protect in Hydrogen Dispensing Maintenance Operations
The TESCOM AGI Double Block Bleed (DBB) and Hand Valves enable fueling station operators to maintain a safe working environment during instrumental maintenance routines. These maintenance-free valves feature a positive double-block arrangement that protects workers after they isolate process pressures, while their modular design reduces the number of potential leakage points.
Reliable Hydrogen Pressure Control for Vehicle Fuel Cells
This quick 1:12 video, Hydrogen Generation for Fuel Cells, shows how TESCOM control pressure regulators provide consistent pressure and regulate the precise flow control of hydrogen to the fuel cell.
Emerson Supports Scalability of Fuel Cell Systems
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.
The Chip Shortage Continues: How Semiconductor Manufacturers Are Responding
Pressure regulators are one of many
components evolving to meet modern
manufacturing’s demand for digitalization. By integrating digitized components and working toward complete
digitalization of the entire process,
manufacturers can monitor and control
operations in real time and respond to
issues before they slow down production or compromise quality
Hydrogen Fuel Cell Vehicle Reliable Pressure Control
The TESCOM HV-3500 two-stage pressure-reducing regulator is a reliable, low maintenance pressure control solution. This EC79-compliant solution is specially designed for use onboard industrial and commercial light and heavy-duty hydrogen fuel cell vehicles.
Emerson at PACK EXPO 2022: The Future of Connected Manufacturing
Last week, over 40,000 packaging and processing professionals descended on Chicago for PACK EXPO. As one of the largest trade shows in North America, it’s a prime opportunity to see the latest and greatest innovations in the industry. And this year, Emerson led the
Hydrogen Supply Chain Instrumentation and Automation
In an H2Tech article, Scaling up green H2: Five critical steps to success, Emerson’s Nicolas Marti “…addresses five critical actions that H2 providers, particularly OEMs [original equipment manufacturers], must take for decarbonization through green H2 to become a reality.”
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The opinions expressed here are the personal opinions of the authors. Content published here is not read or approved by Emerson before it is posted and does not necessarily represent the views and opinions of Emerson.