Accelerating circular materials.

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We drive the discovery and commercialisation of new materials and chemicals. Deep science, commercial expertise, and simulation powering breakthroughs.

Innovate smarter
from the start

What we do

Your partners in
simulation-led R&D

Unlocking value
from biomass

Developing next-gen
materials & chemicals

How we collaborate

Partnering with you to convert underutilised biomass assets or new ideas into commercially viable solutions. We shape R&D strategy and accelerate development of new process pathways and bio-derived products.

Get in Touch

Our founding team blends technical depth with market insight . Our goal is to rebuild how materials are developed, from feedstock to function.

Henry Tyler

Strategy Director

After launching and scaling brands across food and consumer sectors, Henry saw the limits of making change at the surface. He co-founded R2A to shift upstream, combining market insight with science to turn innovation into tangible change.

Dr Mark Bajada

SCientific Director

A PhD chemist from Cambridge and former Marie Curie Fellow, Mark has spent his career mastering the tools and techniques to synthesize the materials and chemicals we rely on. Now, he's co-founded R2A with the mission to build a post-petroleum future using green chemistry.

Extended team

Depth for each challenge

We assemble project-specific teams from a trusted group of scientists, engineers, and strategists. These collaborators work in our core team to bring the precision and perspective each challenge demands.

Computational Chemists

Process Simulation Engineers

Biotechnologists

Market & Regulatory Experts

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Built for complexity, structured for clarity, and ready to scale.

Building commercially-ready pathways, from early discovery through to simulation and validation.

Our Process

Science meets execution

We connect upstream scientific thinking with downstream commercial decisions.

1. Discover

Identify overlooked assets or problematic materials, uncover promising directions, and frame the right technical questions.

2. Simulate

Test novel or mature technologies virtually with advanced modelling and physics-informed artficial intelligence tools to assess feasibility, risk, and potential.

3. Validate

Transferring in silico optimisation to the physical domain to prepare technologies for commercial readiness.

Our Projects

Upcycling of energy crops into high-value bio-derived materials

Early-tech simulation

UK

Yielding bio-oil from agricultural residues

Scale-up simulation

South Asia

Discovery of novel pathways for post-processing waste streams

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South-east asia

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Complexity into clarity.

Reach out to start turning innovation into action

Get in touch