Our approach

The methods behind what comes next.

Start from where you stand.

A measured baseline, so that progress is real and not a feeling.
Define success first.

Goals and criteria agreed before the work begins.
Compare options openly.

Options scored on explicit criteria, so that a choice can be explained.
Prove it in stages.

A pilot first, then a review, and only then a wider rollout.
Measure and refine.

Results reviewed on a steady rhythm and fed back into the plan.

Areas of work

Alongside the work, not above it.

Performance and fitness for use

Measuring how a material or solution performs against the use it is intended for, using criteria agreed in advance, so that the gap between where it stands and where it needs to be is known and can be tracked.

Functional and apt materials

Materials that embody their intended use. We start from what a material has to do, then characterise and test it against exactly that, so that its function is demonstrated and not only described.

Experimental design and proof of concept

We turn a claim into a question that can be tested, then design the programme that answers it: the samples, the controls, the replicates, and the criteria for success, agreed before the work starts.

Characterisation and testing

Mechanical, thermal and structural property measurement, microstructural and image analysis, and test methods built around the way a material will be used. Where independent confirmation matters, we carry out the work together with academic partners.

Process and formulation development

Support in developing the processing route and the formulation that a result depends on, with the variables that matter identified, controlled and written down.

Resource sovereignty

Characterising local feedstocks and sidestreams and measuring their variability, so that a material can be made from resources within reach, and so that what they can reliably deliver is known.

Energy economy

The energy a processing route consumes, measured and modelled step by step, so that the energy cost of a result is known and options can be compared on it.

Modelling and data analysis

Digital modelling, statistics and data analysis, used to understand a result and to say how far it can be trusted.

Records that can be reproduced

Processing history captured in enough detail for another laboratory to repeat the work. Uncertainty is reported honestly, including the part that comes from variation in the feedstock and not from the measurement.

Designed end of life

How a material breaks down, separates or is recovered after use, designed in from the start, then tested and documented rather than assumed.

Evidence for funding applications

Preparing research funding proposals and the evidence base behind them. Our team has also assessed proposals for national funding bodies, so we know what a reviewer looks for.

Provenance and regulatory readiness

Data about where a material comes from and how it was made, kept in a form that can travel with it, in line with emerging regulatory requirements for product data around the world, such as the EU Digital Product Passport.

Get in touch

It all starts with a spark.

Send a short note about the challenge you are facing. We read everything that comes in.