Project overview

Here you will find an overview of the projects we are currently funding. On average, about 150 projects are being funded. Smaller funding projects are sometimes not described individually.

205

ongoing projects

Topic
Type of Funding
Programme
Federal state
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36 project descriptions available

Techno-Economic Analysis of Steel Recycling (TEASR) Resource efficiency - Individual funding programmes – CZS research boost

Short description

Prof. Dr. Frank Pothen, Professor of Economics at the EAH Jena, analyzes the availability of steel scrap as a raw material, among other things to conserve existing resources. His market model incorporates the effect of climate and trade policy.

Thuringia teaches and learns sustainably Resource efficiency - Large individual funding projects – CZS Individual funding

Short description

Engineers with skills in sustainable development are crucial to overcoming future challenges. Eight Thuringian universities are cooperating to anchor sustainability in engineering education.

Toward zero-electricity, zero-carbon refrigeration using advanced elastocaloric cooling Resource efficiency - Individual funding programmes – CZS Nexus

Short description

Dr. Jingyuan Xu is a mechanical engineering scientist in sustainable energy technologies. She holds a PhD from the Chinese Academy of Sciences. After stations at the University of Cambridge and Imperial College London, she moved to KIT in 2021.

Transformative Skills für Nachhaltigkeit Resource efficiency - Small funding projects – CZS Individual funding

Short description

In the future, universities should increasingly teach "transformative skills for sustainability" - across disciplines and disciplinespecific. Regular expert meetings and curricular workshops are being promoted to anchor the topic in the curriculum.

VERNEDCT − Resource-efficient power distribution network through DC technology Resource efficiency - Project funding programmes – CZS Breakthroughs

Short description

The distribution of electrical energy is a challenge of the energy transition. In order to achieve higher utilization of the grid infrastructure, a switch to direct current is being researched in the project. In addition to technical aspects, the stakeholders are also involved.

Vitrimere – a new class of smart materials for the sustainable use of polymeric materials Resource efficiency - Project funding programmes – CZS Perspectives

Short description

Vitrimers are being researched as a new class of smart polymer materials that could provide a smart alternative to conventional plastics. The self-healing materials are recyclable and easier processible.