12 renewable-energy-phd scholarships at CNRS

PhD (M/F) in Optical control of electrocatalytic reaction mechanism for renewable energy storage

at the Institute of Physics of Rennes. We are a highly collaborative and international team with more than 20 researchers working in the areas of ultrafast spectroscopy, crystallography and energy conversion. Our

PhD student position on modeling turbulent combustion of hydrogen/ammonia blends (M/F)

. Context: Gas turbine (GT) technology for power generation is and will be needed in the medium/long future to compensate for the intermittent output of renewable energy sources. GTs have been operated

PhD (M/F): Recycling Li-ion batteries by a solar thermochemical process

batteries and thus replace a CO2 emitting energy (combustion) by a renewable non-emitting energy. This process is divided into two steps: On the one hand, a thermal pre-treatment by pyrolysis, which is a

PhD thesis on Li-ion batteries : improving lifetime and reliability M/F

. It is active member of the French research network on electrochemical storage of energy (RS2E) and of the European Research Institute Alistore. The PhD student will be based mainly in Pau, with some

PhD position (M/F) : Biosourced pi-conjugated polymers for photovoltaics

importance to switch to efficient renewable energies such as solar, wind or geothermal, it is essential to consider the materials that are used in this new paradigm. In fact, most of the time only

PhD candidate (M/F) - Numerical study of thermo-acoustic instabilities in hydrogen blend flames

energies. To achieve this, the traditional combustion of carbon-based natural gas must be abandoned in favor of carbon-free fuels derived from renewable energies. ACHIEVE aims at developing the fundamental

PhD in Molecular Chemistry (M/F): Synthesis and Study of Near Infrared Organic Dyes for the Elaboration of Transparent and Colorless Solar Cells

. In view of the inevitable climate change, the production of energy from sustainable and renewable resources is a major challenge of the coming decades. A significant amount of energy is received by

PHD M/F - Monitoring and health status of MVDC converters, maintainability aging

, energy efficiency for sustainable development, renewable energies, particularly marine energies, and the industry of the future. The solutions proposed adopt a systems approach supported by original

PhD student new redox systems for efficient energy conversion (M/F)

energy. This PhD thesis, "New redox systems for efficient thermogalvanic energy conversion in ionic liquids", is part of an ANR project entitled WH-RECOLTE, involving 3 laboratories (SPHYNX, SPEC, IRAMIS

M/F PhD on "Valorization of mixture of diols and diacids through the synthesis of PE-like polyesters"

of renewable materials, healthcare and energy - establish long-term links with the socio-economic world. The successful candidate will work under the supervision of Frédéric Peruch and Henri Cramail in LCPO