Physisco's edge is materials science and applied engineering — proven across six funded research projects — plus the digital tools to model and monitor it.
Turning recycled and waste streams into structural-grade building materials: recycled concrete aggregates (RAPCON), quarry waste diabase mud converted into high-strength geopolymer binders (DIAVAL), self-compacting concrete formulated with local materials (SCC-CY), internally-cured concrete for hot-climate curing, and fire-resistant, thermal-insulating composites built from construction and demolition waste — including geopolymers made from recycled glass and ceramic tiles.
Environmental impact modelling that benchmarks novel, waste-derived materials against conventional market products — the same approach used to validate a fire-resistant, thermal-insulating composite made by alkali-activating recycled ceramic tiles against standard insulation materials.
Cost and viability modelling that translates lab-proven, recycled-material innovation into figures a producer or investor can act on — moving a material from "it works" to "it's worth producing."
Digital tools built to run alongside the research, not just report on it — including a concrete plant master platform for production management and a dedicated techno-economic calculation platform for geopolymer materials, both developed and in active use.
Embedded fibre-optic sensing for concrete condition and curing behaviour, and remote optical sensing for structural assessment — instrumentation-level work, not desk research alone.
Mix design, materials testing, on-site production quality control and technical troubleshooting — grounded in day-to-day industrial production experience, not academic research alone.
Equity built into project design and workforce practice where it's relevant to a client's own goals — Gender Equality Plans and inclusive procurement guidance, offered alongside the technical work rather than as a separate track.
Physisco is designed to sit inside a consortium as a specialist advisory partner — alongside NGOs, universities, SMEs and public bodies already running EU-funded programmes.
Technical partner on environment, education and inclusion-focused projects.
Circularity and inclusion audits ahead of tenders, certifications or ESG reporting.
Technical collaborator on materials, LCA and sensing work within larger research programmes.
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