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Four institutes in the company contour. Two joint sites with IPCE RAS — red-mud hydrometallurgy and photoelectric materials. Thin-film papers with DOI. The 2021 Mendeleev Communications paper is on Math-Net.
Each institute owns a segment of the chain — from feedstock composition to the device and the test.
The A.N. Frumkin Institute. Continuity since 1929, the Rehbinder and Deryagin schools. Chain “synthesis — film — device — characterization”. The Tameev group is the photoelectric core. Exclusive industrial partnership with Era Group on perovskites.
Institute of Fossil Fuels. Chemical and mineralogical mapping of ash-slag by layer. Gasification of unburnt carbon — syngas as the site energy loop. Agreement — Q4 2025.
Institute of Comprehensive Exploitation of Mineral Resources. Gravity, flotation, chemical concentration of rare earths from technogenic feedstock. Agreement — Q4 2025.
Research Institute of Concrete and Reinforced Concrete. Head tests of high-strength expanded clay FORTIS and concretes based on it. Agreement — Q3 2026.
Era Group is the industrial partner of IPCE RAS and the CRIRS National Center. Two joint sites are being created inside the institute: the premises are provided by the institute, the funding is joint — under Agreement No. 17/11/25-IP and the CRIRS National Center Program through 2030.
Selective recovery of Sc, Ga, Y, Zr and lanthanides from red mud of the aluminium industry. Electrochemistry and instrumental control of alkaline and carbonate pulps.
Consortium: IPCE RAS · INEOS RAS · Kola Science Centre RAS
Hybrid and perovskite materials, including wide-bandgap compositions for tandem architectures. Thin films and laboratory devices. Scientific lead — Dr. A. R. Tameev, Laboratory of Electronic and Photonic Processes in Polymer Materials, IPCE RAS.
Era Group is the Russian signatory of the agreements with foreign universities and the photoelectric industry
The list reflects the program's public publications; full texts are available via DOI identifiers.
IPCE RAS has institutional continuity dating to 1929. The Rehbinder and Deryagin schools laid the foundations of colloid chemistry and surface physics — the disciplines underlying today's work on thin films and interfaces of perovskite devices.
