Particle technology projects

The REDUKTION research project aims to implement high-frequency (HF) induction with magnetic susceptors in order to establish an optimized heating process for hot stamping, thereby increasing energy efficiency and sustainability in industry.

Technology development, certification, and capacity building for the international market ramp-up of green hydrogen and its derivatives in the SADC region, using the HyShiFT project in South Africa as an example.

Development of an innovative, sustainable, and cost-efficient biohybrid technology based on artificial photosynthesis, enabling highly efficient and scalable production of solar fuels.

The UnderPressure project focuses on developing a novel, diffusion-open capsule for salt hydrates in order to meet the growing demand for thermal energy storage systems (TES) and close the gap between energy supply and demand.

The AdRecBat project integrates trigger mechanisms into three key areas of lithium-ion batteries (LIBs) to enable direct recycling at the end of their service life, thereby prioritizing sustainability.

As part of the “EASI ZERo” project, innovative building materials for the building envelope are being developed and validated, enabling efficient building renovation with low CO₂ emissions.

An interdisciplinary team of Fraunhofer researchers has jointly developed a cascade-based process in which several successive synthesis stages can be carried out without interruption to produce fine chemicals.

The separation of dissolved valuable substances and pollutants in low concentrations is essential for effective water treatment and raw material supply.

In the ShaPID flagship project, the Fraunhofer Society is conducting application-oriented preliminary development work aimed at further strengthening and establishing green chemical processes.

This EU project focuses on the development and validation of a photonic device and a chemical process concept.