Welcome to the MTET Program at KIT!

Our goal is to provide sustainable technologies for a society in which energy supply and material cycles are linked in a defossilized circular economy. This requires efficient solutions for the conversion, transport, storage and use of energy and energy sources.

3 MTET Highlights @KIT innovation day NEULAND
3 MTET Highlights @ NEULAND – The innovation day at KIT

3 key topics for 2050s energy system are highlighted by Thomas Jordan, Roland Dittmeyer & Dieter Stapf together with aspects of technology transfer & business start-ups.

Register HERE! JULY 6TH 2022
3 MTET Energy Solutions at Hannover Messe 2022KIT
3 MTET Energy Solutions at Hannover Messe 2022

KIT's startup ICODOS, the Carbon CycleLab & NECOC provide solutions for circular economy of plastics, NET ZERO technology & efficient P2X technogy.

KIT news
KIT Junior Research Group of Dr. Niedermeier certified. The group "Liquid Metal-Based Heat Storage - Key to CO2-Free High-Temperature Processes" has been recognized by the KIT Presidium as an official KIT junior research group. KIT
KIT Junior Research Group of Dr.-Ing. Niedermeier certified

The group "Liquid Metal-Based Heat Storage - Key to CO2-Free High-Temperature Processes" was recognized by KIT presidium as an official KIT junior research group.

Picture a Scientist - Portrait

Hannover Messe 2022 | Hanover Fair 2022

MTET technology highlights of KIT at the research hall of the Hannover Messe
3 MTET Energy Solutions at Hannover Messe 2022 KIT
3 MTET Energy Solutions at Hannover Messe 2022
KIT’s CarbonCycleLab covers the complete process chain of the future carbon cycle. KIT
KIT’s CarbonCycleLab covers the complete process chain of the future carbon cycle.
Researchers involved in the NECOC project capture carbon dioxide from the atmosphere and use an innovative process to generate the hightech resource called carbon black. KIT
Researchers involved in the NECOC project capture carbon dioxide from the atmosphere and use an innovative process to generate the hightech resource called carbon black.
KIT`s startup ICODOS uses an innovative Power-to-X technology to produce green methanol
KIT`s startup ICODOS uses an innovative Power-to-X technology to produce green methanol.

Energy Solutions: From May 30 to June 2, 2022, KIT will present selected highlights from the technological development.

Energy Transition and Circular Economy

CarbonCycleLab 

The CarbonCycleLab covers the complete process chain of the future carbon cycle: From residues and waste materials to basic chemical substances produced on their basis that will replace fossil fuels in chemical industry. The CarbonCycleLab combines the energy transition with circular economy and thus contributes to making future economy resource-efficient, climate-neutral, and competitive. 

Data sheet

From a Climate-damaging Greenhouse Gas to an Economically Viable Material

NECOC – Negative Emissions by Separating Atmospheric CO2 into Economically Viable Carbon Black and Oxygen

A consortium of KIT institutes and industrial companies has developed an integrated process to achieve negative emissions. Atmospheric carbon dioxide (CO2) is decomposed into elemental carbon (carbon black, C) and oxygen (O2). The solid carbon in the form of microgranular powder is separated and then, as a high-priced educt, used in rubber, construction, or electrical industries.

Towards Competitive Renewable Fuels

Startup ICODOS 

KIT’s startup ICODOS has developed a technology that efficiently combines carbon dioxide separation and methanol synthesis and, hence, contributes to making renewable fuels competitive. Initial implementation will concentrate on biogas. However, it is planned to also use the technology for other CO2 point sources in cement industry, for instance. A pilot plant is under construction and will be integrated in KIT’s Energy Lab 2.0

Further information

Visit our Labs!

3D printing laboratory & Fischer Tropsch synthesis plant
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Plastics pyrolysis laboratory
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How do we close the carbon cycle in the circular economy?

MP Harald Ebner visits KIT: How do we close the carbon cycle in the circular economy? KIT
MP Harald Ebner visits KIT: How do we close the carbon cycle in the circular economy? KIT
MP Harald Ebner visits KIT: How do we close the carbon cycle in the circular economy? KIT

Mr. Harald Ebner, Member of the German Parliament and Chairman of the Committee on the Environment, Nature Conservation, Nuclear Safety and Consumer Protection visited KIT on March 31, 2022. In a discussion with scientists, Mr. Ebner informed himself, on the current context of the Ukraine crisis, how the dependence on fossil raw materials, such as oil, natural gas, and coal, can be overcome quickly.

On the one hand, this can be achieved by using biomass and carbon dioxide as a carbon source in industrial production processes, since today's industrial value networks are almost entirely based on fossil carbon.  On the other hand, the carbon cycle must be closed within the framework of a circular economy. KIT is researching the technologies required for this:

  • At the Carbon Cycle Lab we are researching the chemical recycling of mixed plastic waste;
  • At the bioliq® pilot plant, we are researching how fuels and chemical feedstocks can be efficiently produced from residual biomass;
  • At the Energy Lab 2.0, we are researching various technologies for storing renewable electricity in the form of chemical energy carriers.

The extraordinary importance of plastics recycling is due to the following reasons: Few of today's products are made of only one type of plastic, which could be recycled by simple mechanical collection by type. The processing of multiple types of plastics with additives for specific functions in laptops, cars, packaging and construction plastics makes it necessary to separate them back into their basic chemical building blocks. Pyrolysis is a chemical recycling process that converts plastic waste into gaseous, liquid and solid products in an inert atmosphere and at elevated temperature to replace fossil petrochemical feedstocks. So far, only a very small part of the world's annual plastic production (> 350 million tons) is actually recycled, therefore these techniques are crucial for a Circular Carbon Economy to implement the European Green Deal and become climate neutral by 2050.

Picture a Scientist - Portrait Philipp Röse

Dr. Philipp Röse works on the electrocatalytic synthesis of chemicals and energy carriers from carbon dioxide, CO2 KIT
Dr. Philipp Röse works on the electrocatalytic synthesis of chemicals and energy carriers from carbon dioxide, CO2

A Conversion Artist

"If you can't explain it to your grandmother, you haven't really understood it." This sentence is attributed to Albert Einstein - whether he really said it or not, there is a lot of truth in it. In any case, chemist Dr. Philipp Röse from the Karlsruhe Institute of Technology (KIT) is able to explain his topic "Carbon dioxide reduction reactions on copper-based electrocatalysts" in a short and understandable way: "We convert carbon dioxide into fuels and valuable chemicals with the help of electricity. For this electrochemical conversion, many scientists use water-based systems. We on the other hand work in an organic environment. In doing so, we hope to achieve a more targeted conversion." By "we," the 34-year-old chemist refers to the electrocatalysis/ electrosynthesis group that he heads at KIT's Institute for Applied Materials - Electrochemical Technologies (IAM-ET). How can the carbon dioxide reduction reaction researched by the Karlsruhe scientists contribute to climate protection and energy transition?
Picture a Scientist KIT

Application and Research Fields Hydrogen

In future, hydrogen will play an key role in the defossilization of sectors that cannot be directly electrified with renewable electricity: chemical industry, steel production, as well as shipping and aviation.

Hydrogen can be produced by renewable energy through electrolysis of water, methane pyrolysis of biogas or pyrolysis and gasification of residual biomass and waste. This green hydrogen can be used in the steel industry and for the production of basic chemicals and PtX products in the chemical industry. This allows a defossilization of the industrial sector, which until now has used fossil energy and fossil material sources. An application in the mobility sector is also possible where the direct use of electricity from renewable energies is impossible.

We are actively involved in the fields of production, storage, transport, distribution, application and cross-cutting issues. >>> More information

New KIT Graduate School ENZo

MTET key themes are represented in the KIT Graduate School "Enabling Net Zero" under the roof of the KIT Energy Center.
The new graduate school ENZo

The new graduate school ENZo offers the next generation of young researchers the opportunity to apply interdisciplinary knowledge in application-oriented projects that can visibly contribute to the transformation of the energy system.
Future researchers are characterized not only by their desire to understand how developments and technologies can be embedded in the overall context of the energy system, but also by their desire to contribute to its sustainable design. MTET themes such as

  • Renewable Energy,
  • Sector Coupling Industry - Electricity, Heat, Chemical Energy (Sources), and
  • Circular Economy - Use of Raw Materials and Energy

are holisticly combined in the "Real World Projects" with the important viewpoints and aspects such as

  • Machine Learning and Digital Tools
  • Technoeconomics Assessment, Interaction with Society, Acceptance and Social Developments.

Embedded in the manifold technological and scientific possibilities at the KIT Energy Center, ENZo creates a unique development environment for PhD students.

look KIT: Energylab 2.0 KIT
Energy Lab 2.0

... combines electric, thermal & chemical energy flows as well as new information & communication technologies as the only infrastructure of this kind in Germany.

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 KIT
Bioeconomy

Subject of the Science Year 2020/21 plays an important role in the MTET Topics Chemical Energy Carriers and Ressource & Energy Efficiency.

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Transfer von Wissen und Technologie KIT
Transfer of Knowledge and Technology
Talent Management
Talent Management
Technik. Folgen. Visionen. KIT
Technology. Implications. Visions.

MTET contents presented in the new look KIT issue: Closing the plastics loop / 42 / Hydrogen test center / 50 / Li extraction by geothermal plants / 57 /

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