This is not a lab that simply tests building materials. It redefines and enables them.
Where Chemistry Meets Climate Urgency
Concrete is everywhere and unfortunately so is its carbon footprint. The production of traditional cement, a key component in concrete production, alone accounts for roughly 8% of global CO₂ emissions. ResourceFull tackles this challenge head-on by engineering low-carbon binders and concrete derived from industrial by-products and waste streams. Hitting two birds with one stone: turning waste streams into high-performance materials and lowering the carbon footprint of concrete.
Inside the lab, this ambition becomes tangible. Metallurgical slags, fly ash, incineration ashes, mining residues and others are no longer waste, but transformed into reactive precursors activated into next-generation binders.
The Lab as a Full-Scale Innovation Engine
ResourceFull works alongside customers as a complete research, development and go-to-market pipeline, bridging fundamental material science and industrial application.
Research typically starts with reactivity screening—understanding how unconventional materials behave chemically and mineralogically. From there, tailored formulations are developed, tested, refined, and scaled.
What makes this lab stand out is its ability to operate across all material scales:
- Paste → mortar → concrete
- Lab samples → pilot production → industrial production → real-world application
This continuous workflow enables ResourceFull to move seamlessly from idea to implementation: closing the gap that often stalls innovation in construction.
Testing at all scales
At its core, the lab delivers rigorous, multi-scale support. A non-exhaustive list:
Advanced material analysis
- Chemical and mineralogical characterization
Mineral processing
- Sizing
- Climate conditioning by temperature or CO2
Early-age behavior
- Rheology and workability
- Setting kinetics and calorimetry
Mechanical performance
- Strength development
Accelerated durability testing of building materials
- Freeze–thaw resistance
- Resistance to carbonation
- Alkali–silica reaction
- Shrinkage monitoring
Upscaling
- Mineral processing in tons per day
- Pilot production of building materials
- Industrial tests at partner facilities
A key strength of the lab is its custom testing capability. For customer questions that cannot be answered through standard methods alone, ResourceFull develops fit-for-purpose test setups to evaluate new materials, de-risk innovation, and support industrial decision-making.
From alternative raw materials to better concrete beyond the lab
ResourceFull develops concrete and binder systems that combine lower environmental impact with high technical performance. By valorizing industrial secondary streams and applying targeted activation strategies, mix design expertise, and material optimization, the lab creates:
- Cement-free or low-cement binders
- Alkali-activated materials and geopolymers
- Tailored concrete recipes for specific applications
At ResourceFull, sustainability is never treated as a trade-off. Every formulation is designed to deliver the required technical performance while reducing environmental impact.
This is not theoretical work. These materials are tested, validated, and deployed in real projects demonstrating economical, technical and environmental feasibility where they generate real impact.
A Living Interface Between Lab and Industry
What sets ResourceFull apart is how the lab connects to the outside world.
It actively collaborates with:
- Industrial partners
- Academic institutions and research programs
- Policy makers
And it doesn’t stop at research. ResourceFull also supports the non-technical steps needed to bring innovation into practice. That includes guidance on certification and compliance pathways, End-of-Waste and building product legislation, LCA and sustainability assessments, and go-to-market strategies that help customers move from promising material concepts to viable market applications.
In an industry often seen as conservative, ResourceFull’s lab proves that transformation towards sustainable concepts is not only possible, it is already happening.
Every mix tested, every residue valorized, and every formulation optimized brings us one step closer to a construction sector where performance and sustainability are no longer trade-offs, but inseparable design principles.
And it all starts in the lab.
