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Commercial Clean Energy Solutions Using Hydrogen Technology

Clean energy technologies that leverage hydrogen provide a versatile and scalable approach to production, storage, and utilization. In addressing the challenges of transitioning to hydrogen technology, the use of PEM membranes emerges as a pivotal solution, offering distinct efficient and flexible advantages. These advantages contribute to a seamless integration of this clean and sustainable energy solution.

As a PEM membrane manufacturer, Gore leads the global PEM market with over three decades of proven innovation. We understand the importance of creating alternative solutions to the way we power our world and are committed to helping make large-scale clean hydrogen a reality for the future. 

To be truly competitive against conventional power hydrogen fuel cell technology must be more accessible, in greater volume, and at lower cost. 

And that’s precisely our mission.

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Clean Energy technician operating a machine while wearing PPE.
Product Solutions
TCO/LCOH
Why Gore

High-Performance Components for Clean Energy Solutions

How Gore is Driving Lower TCO and LCOH Across Key Hydrogen Applications

Gore’s advanced membrane helps reduce the total cost of ownership (TCO) and lower the levelized cost of hydrogen (LCOH) in Hydrogen Demand and Hydrogen Production applications.

HYDROGEN DEMAND

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Durability

Higher chemical-mechanical durability that extends the fuel cell system lifetime.

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Efficiency

High proton conductance that increases fuel efficiency and enables smaller stacks with greater design flexibility.

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Cost Reduction

Reliable performance that decreases OPEX by lowering maintenance and replacement costs.

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Operational Flexibility and Excellence

A higher manufacturing output of high-quality products, reducing failure risk.

HYDROGEN PRODUCTION

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Durability

Advanced materials and manufacturing techniques lead to longer lifespans.

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Efficiency

High efficiency is converting electrical energy into hydrogen, reducing electricity consumption.

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Cost Reduction

Continuous advancements and economies of scale drive down production costs making hydrogen more affordable.

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Operational Flexibility and Excellence

Operates at varying temperatures and pressures, adapting to different input conditions for optimal performance.

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Modularity & Scalability

Modular design allows for scaling up or down, adjusting production capacity as needed.

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Safety

Operates at low temperatures and pressures, minimizing risks and hazards associated with accidents or emissions.

Seamless Integration, Volume Ramp Up and Optimized Performance

Partnering with Gore helps to enable seamless integration, volume ramp up and optimized performance for your energy solutions because of our:


  • Engineering Expertise & Technical Support
  • Cost Optimization & System Efficiencies
  • High-Performing, Durable Products
  • Reliable Supply Chain Security
Lowering hydrogen costs to enable a clean energy future
Lowering Hydrogen Costs to Enable a Clean Energy Future

Watch and learn how Gore is pushing the boundaries of innovation to make green hydrogen a viable alternative to fossil fuels and bring the levelized cost of hydrogen (LCOH) down.

Featured Content

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Blue stone
Blue stone

The Role of PEM Attributes in Reducing Fuel Cell System TCO

Explore how PEM technology can help reduce commercial fuel cell vehicle production and maintenance costs, increase power input, and improve fuel efficiency to minimize the total cost of ownership (TCO).

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