Methane-Derived Graphene in Coatings: Performance, Cost, and Scale

Tuesday, 12 May 2026

Graphene has long promised transformative performance in paints and coatings, but adoption has been constrained by cost, scalability, and unclear value capture. This talk focuses on how those barriers are now being addressed, using Levidian’s methane-derived G3 graphene as a case study in commercial deployment.

We will present evidence of tangible performance gains in anticorrosion and barrier coatings, including equivalent or improved outcomes versus legacy additives at lower loadings, and up to ~94% reduction in hydrogen permeability in red oxide systems. These improvements translate directly into extended asset life, reduced maintenance cycles, and new application opportunities in areas such as hydrogen infrastructure.

Critically, the session will outline a value-based pricing approach that aligns graphene cost with delivered economic benefit—enabling viable substitution of traditional additives and unlocking scalable adoption. The discussion will focus on where graphene is creating competitive advantage today, and what it will take to move from niche use to mainstream specification.