Building the Future Through Materials Intelligence

Why ReEarthMater?

Our name reflects the philosophy behind everything we build

  • Re: rethink, regenerate, and reinvent.

  • Earth: our shared responsibility and source of inspiration.

  • Mater: from the Latin word for "mother," representing creation, resilience, and renewal.

Together, ReEarthMater represents our belief that advanced materials should create value for industry while respecting the natural systems they depend on.

Our Design

Philosophy

  • Materials should solve problems, not create them.

  • Difficult materials are opportunities for innovation.

  • Validation matters as much as invention.

  • Nature inspires innovation; engineering makes it scalable.

  • Circularity must create industrial value, not just environmental benefit.

  • Innovation begins with understanding materials, not forcing them.

Founder Message

At ReEarthMater, we believe that the world's most difficult material challenges are also its greatest innovation opportunities.

Our mission is not simply to develop sustainable materials; it is to engineer materials that industries can confidently validate, manufacture, and scale.

By combining materials science, engineering, and commercialization, we help bridge the gap between laboratory innovation and industrial deployment.

Ramona Fayazfar, PhD, P.Eng
Founder, CEO & Chief Materials Scientist

Our Mission

To engineer advanced materials that are inherently difficult to formulate, process, scale, or recycle. We transform them into industrially validated technologies that accelerate sustainable manufacturing and infrastructure.

Our Vision

To redefine how the world designs, engineers, and values materials, creating a future where innovation, circularity, and nature work together to build technologies that serve both industry and the planet.

Explore Our Technology Platforms

Discover how ReEarthMater transforms difficult materials into industrially validated technologies across circular polymers, low-carbon construction, bio-derived materials, and metal additive manufacturing.