HOME — PROJECTS
From technogenic feedstock and rare-earth concentrates to perovskites, sensors and photonic therapy. Each line sits on an institute and goes to industry.
CHEREPETSKAYA GRES → FORTIS + RARE-EARTH CONCENTRATES
Ash-slag is feedstock already mined and concentrated. The base loop makes high-strength expanded clay FORTIS. In parallel — Sc, Y, La, Ce and precious metals from a matrix opened by firing. Recovery from ash dumps, including by dredge.
TECHNOGENIC FEEDSTOCK → CARBON, BINDERS, REE
Hydrolysis lignin and phosphogypsum follow the same logic as ash-slag: cheap volume pays for the cascade, rare earths sit in the tail. Lignin yields activated carbon. Phosphogypsum yields binders and an REE concentrate.
PEROVSKITE-SILICON TANDEMS · HTL · T80
Thin-film PV on textured HJT: PEDOT–fullerenol, Sn/Ge buffer, PMHS/PDMS encapsulation, T80 via in-situ EIS. Principled industrial talks sit under Key events.
MACHINE TOOLS · ROBOTS · SMART FIRE SYSTEMS
Perovskite chemiresistive and photodetector nodes: precursor combustion gases and flame radiation at room temperature. Industrial fit with SJ, VSAIL and Ningbo.
UNBURNT CARBON → SITE ENERGY
Gasification of unburnt coal in ash-slag. Syngas closes the site energy loop. Layer-by-layer composition mapping — IGI RAS.
DEEP PROCESSING OF RESIDUES
A line under study: mazut residues as feedstock for fuel and chemical fractions. Not an offer. Process sheet and site to be defined.
ONCOLOGY-SUPPORT SYSTEMS
Hardware for local light exposure in photodynamic-therapy regimes. The purpose is oncology support — not a claim of a cancer cure ahead of a clinical loop. A medical partner is being formed.