What Is Hydrogen?
Hydrogen is the most abundant element in the universe and can be used as an energy carrier for a wide range of technical applications. In particular, green hydrogen, produced using renewable energy sources, plays a key role in the development of CO?-neutral energy systems.
Hydrogen can be used in many ways, both directly as an energy carrier and as a feedstock for the production of additional energy carriers and chemical products.
Why Hydrogen?
- Storage of renewable energy
- Decarbonization of energy-intensive industrial processes
- Applications in mobility and transportation
- Provision of process heat and high-temperature heat
- Sector coupling between electricity, heating, mobility, and industry
- Flexible options for storage and transport
- A key building block of future energy systems
From Production to Application
The successful use of hydrogen requires consideration of the entire value chain.
From water treatment and electrolysis to hydrogen storage, transport, and final application, numerous technical challenges must be addressed.
In addition to efficiency and economic viability, material compatibility, process safety, and system integration play a crucial role.
Our Services
Expertise Along the Hydrogen Value Chain
TEC4FUELS supports companies across the entire hydrogen value chain. Beginning with water treatment and water quality for electrolysis, through hydrogen production, storage, and transportation, and extending to its application in fuel cell systems, we support research, development, and industrial projects through advanced analytical and testing capabilities.
Process and System Analysis
Analysis of technical processes and interactions across the hydrogen value chain to improve efficiency, reliability, and operational safety.
Research and Development Projects
Support for innovation projects from the initial concept through practical implementation and technical evaluation.
FAQ: Hydrogen
Why Is Hydrogen Important for a Climate-Neutral Future?
Hydrogen enables the long-term storage of renewable energy and can be used in sectors that are difficult to electrify directly, such as industrial processes and heavy-duty transportation.
What Is Green Hydrogen?
Green hydrogen is produced through the electrolysis of water using electricity from renewable energy sources such as wind or solar power. This enables hydrogen production with very low greenhouse gas emissions.
What Challenges Are Associated With Hydrogen?
Key challenges include the cost-effective production, storage, and distribution of hydrogen, as well as ensuring the material compatibility of infrastructure and components.
How Does TEC4FUELS Support Hydrogen Projects?
TEC4FUELS provides expertise in analytical testing, material compatibility assessment, system evaluation, and research and development projects across the entire hydrogen value chain.
