How to bid on PFAS-Free Sulfonated Poly(norbornene) Ionomeric Binders from the Department of Energy

What the Department of Energy is offering

The Department of Energy is offering a technology license for a new PFAS-free material. This material is a sulfonated poly(norbornene) ionomeric binder, designed for use in hydrogen fuel cells and water electrolyzers.

This technology provides a tunable alternative to current PFAS-based binders. It helps maintain catalyst activity and prevents electrode flooding, addressing key challenges in hydrogen energy systems.

Key dates and what happens at the deadline

This licensing opportunity was published on June 29, 2026. The deadline for expressing interest is January 06, 2027, at 7:00 PM ET.

At the deadline, the Department of Energy will no longer accept new inquiries for this specific technology licensing opportunity. Interested parties should ensure they contact the agency before this date.

Who this opportunity suits

This opportunity is suitable for companies in the professional category, particularly those involved in hydrogen energy systems, transportation (fuel cell vehicles, heavy-duty trucking, maritime auxiliary power), stationary power and backup, industrial gas and chemicals, and aerospace and defense.

Firms looking to develop or enhance products like PEM fuel cells and water electrolyzers with environmentally conscious, high-performance materials would find this technology relevant. It is especially suited for those seeking to move away from PFAS-based chemistries.

How to respond

To respond to this opportunity, you should contact [email protected] directly. This is a technology licensing opportunity, not a call for external services.

You can also view the original source on the portal by clicking the provided link. If the first click takes you to the homepage, click it again to go directly to the bid. A free account may be needed to view documents, though not always.

Practical tips for preparing a competitive response

When preparing your response, clearly articulate your company's existing capabilities and market position within the hydrogen energy sector. Highlight how licensing this specific PFAS-free technology aligns with your strategic goals and product development roadmap.

Demonstrate a clear understanding of the technical advantages of this sulfonated poly(norbornene) ionomer, such as its PFAS-free nature, catalyst activity maintenance, gas permeability, and tunable hydrophobicity. Explain how these features would benefit your target applications and help you meet regulatory requirements.

Outline your commercialization plan, including potential market applications, estimated timelines for integration, and projected impact on your product line. Emphasize your capacity to bring this technology to market effectively and efficiently.