East Germany Hydrogen Energy | Hydrogen-blended natural gas equipment makes “hydrogen in every home” a reality
Release time:
2025-05-06
Overview of East German Hydrogen and Natural Gas Hydrogen-Blending Equipment Products
Hydrogen blending in natural gas involves injecting a certain proportion of hydrogen into natural gas, which can not only improve combustion efficiency and reduce carbon dioxide emissions but also make use of existing infrastructure such as natural gas pipelines. It opens up further possibilities for hydrogen transportation and the widespread, large-scale deployment of hydrogen energy at this stage. Leveraging its established expertise in compressor technology, Dongde Hydrogen has launched a series of natural gas–hydrogen blending systems. Compatible with hydrogen blending ratios of 3% to 30%. Hydrogen-blended natural gas can be transported via natural gas pipelines to end users for direct use, or the hydrogen can be purified and used separately.
Application Scenarios for East German Hydrogen-Natural Gas Blending Equipment
Residential Gas for Daily Use
Hydrogen is blended into the municipal gas network and supplied directly to households through retrofitted gas appliances, thereby reducing carbon emissions.
Power generation sector
Hydrogen-blended power generation in gas turbines enhances energy efficiency and supports grid peak shaving.
Distributed Energy and Microgrids
In regions rich in wind and solar resources, hydrogen produced via water electrolysis can be blended into the natural gas grid, enabling local consumption of renewable energy.
Industrial Combustion Applications
Incorporating hydrogen into industrial boilers and kilns enhances combustion efficiency and reduces pollutant emissions, while also increasing combustion temperature and reaction rates.
Hydrogen-blended transportation in long-distance pipelines
Hydrogen can be blended into existing natural gas pipelines for transportation, addressing the challenge of long-distance hydrogen delivery; the blending ratio is typically maintained at 3%–10%.
Transportation fuel
Hydrogen-enriched natural gas is used in LNG heavy-duty trucks, marine engines, and other applications to improve fuel efficiency and reduce emissions.
Product Features of East German Hydrogen Energy and Natural Gas-Hydrogen Blending Equipment
Hydrogen blending uniformity reaches 90% The above
The East German hydrogen–natural gas blending equipment employs a follow‑flow blending technology, achieving uniform turbulent mixing via the Venturi effect.
Support 30% Long-term operation at high hydrogen blending ratios
The East German hydrogen-natural gas blending equipment uses hydrogen‑embrittlement‑resistant materials such as 316L stainless steel and nickel‑based alloys to manufacture its critical core components.
Compact and flexible, ready to use right after on-site connection
The East German hydrogen-natural gas blending equipment occupies only 8 m² and is skid-mounted, integrating pressure regulation, blending, control, and monitoring into a single unit; it is ready to use simply by connecting the pipelines and plugging it in.
Fully automated, unmanned operation throughout the entire process
Dongde Hydrogen Energy’s hydrogen-natural gas blending equipment is equipped with an industrial-grade AI intelligent control hub, establishing an autonomous decision-making system.
Technical Specifications of East German Hydrogen-Natural Gas Blending Equipment
| Product Model |
DRH-500-1.6/20-0.4 |
Overall dimensions |
4000x2000x3000mm (with rooftop fan) |
| Hydrogen inlet pressure |
5-20MPaG |
Volumetric flow rate |
500 Nm³/h |
| Natural gas inlet pressure |
4MPaG |
Hydrogen blending ratio |
0-30% |
| Discharge pressure |
0.4MPaG |
Weight |
≈2100kg |
For more product information, please contact 18769417788.
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