Funding

Browse all posts in the Funding category.

5 total

14JAN 2026
Funding
ZIM funding for the development of a pressure-reduced die casting process for the economical production of large-format components with limited machine sizes
We are pleased to announce that our Chair of Casting Technology has received new funding. The “MPDC” research project is developing a novel pressure-reduced die casting process with a focus on numerical optimization and fundamental casting tests for methodological description with the aim of cross-component transferability and reproducibility. The project aims to develop a medium […]
Read more about ZIM funding for the development of a pressure-reduced die casting process for the economical production of large-format components with limited machine sizes
22JUL 2025
Funding
VHB funding for the development of an AI-supported exercise and integration into the ongoing online course
We are pleased to announce that our Chair of Casting Technology has received new funding. The “KI meets vhb” project is developing an AI-supported exercise and integrates it into our ongoing online course “Data Acquisition, Processing and Analysis in Manufacturing Engineering and Materials Science”. Using a casting application as an example, students learn how research […]
Read more about VHB funding for the development of an AI-supported exercise and integration into the ongoing online course
25MAY 2025
Funding
DFG funding for development of molding materials for the casting production of aluminum components
We are pleased to announce that our Chair of Casting Technology has received new funding. The “UHPC as molding material” research project is developing mineral-bound and reusable molding materials for the casting production of aluminum components. The project investigates mineral-bound molding materials as innovative, reusable permanent molds in light metal casting. The use of ultra-high-performance […]We are pleased to announce that our Chair of Casting Technology has received new funding. The “UHPC as molding material” research project is developing mineral-bound and reusable molding materials for the casting production of aluminum components. The project investigates mineral-bound molding materials as innovative, reusable permanent molds in light metal casting. The use of ultra-high-performance […]
Read more about DFG funding for development of molding materials for the casting production of aluminum components
26MAR 2025
Funding
BMWK funding for the reduction of CO2 emissions in the casting industry by substituting natural gas with green hydrogen
We are pleased to announce that our Chair of Casting Technology has received new funding. The “FlexE” research project is reducting CO2 emissions in the casting industry by substituting natural gas with green hydrogen. The FlexE research project, carried out in cooperation between Promeos GmbH and Friedrich-Alexander University Erlangen-Nuremberg, aims to significantly reduce CO2 emissions […]We are pleased to announce that our Chair of Casting Technology has received new funding. The “FlexE” research project is reducting CO2 emissions in the casting industry by substituting natural gas with green hydrogen. The FlexE research project, carried out in cooperation between Promeos GmbH and Friedrich-Alexander University Erlangen-Nuremberg, aims to significantly reduce CO2 emissions […]
Read more about BMWK funding for the reduction of CO2 emissions in the casting industry by substituting natural gas with green hydrogen
20OCT 2024
Funding
ZIM funding for the development of a processor for cleaning and temperature control of light metal chips
We are pleased to announce that our Chair of Casting Technology has received new funding. The “ChipConditioner” research project is developing a processor for cleaning and tempering light metal chips. The aim of the project is to develop application-specific fluidized bed reactors for the thermochemical conversion of powdered/particulate materials (chips) using flowing reaction gases.The preprocessor […]We are pleased to announce that our Chair of Casting Technology has received new funding. The “ChipConditioner” research project is developing a processor for cleaning and tempering light metal chips. The aim of the project is to develop application-specific fluidized bed reactors for the thermochemical conversion of powdered/particulate materials (chips) using flowing reaction gases.The preprocessor […]
Read more about ZIM funding for the development of a processor for cleaning and temperature control of light metal chips