Technologieangebote
Das Forschungszentrum Jülich hat das Ziel, Forschungsergebnisse für Gesellschaft und Wirtschaft nutzbar zu machen. Mit den Technologieangeboten bieten wir der Industrie neue Verfahren und Technologielösungen, sodass aus neuen Erkenntnissen Produkte, Prozesse oder Dienstleistungen entwickelt werden können.
Kontakt für Unternehmen
Zur Unterstützung bei der Formulierung und Veröffentlichung von Technologieangeboten wenden Sie sich gerne an Ihre zuständigen Innovationmanager/innen.
Ansprechpartner/innen
Information
🟨 Method ⠀ 🟧 Material ⠀ 🟩 Technology ⠀ 🟦 Application
🟨 Method
Cheap and pure production of d-xylonate
Ref. Nr. TA-PT 1.2754
Institute of Bio- & Geosciences
The invention relates to a method of producing enantiomerically pure d-xylonate with a modified Corynebacterium glutamicum strain in which the activity of the IolR gene has been reduced or eliminated.
Dr. Stephan Noak
Inventor
Dr. Dennis Oliveira
Innovation Manager
🟨 Method
Chemical interpretation of core-level x-ray photoemission spectra through a data-driven process
Ref. Nr. TA-PT 1.2815
Peter Grünberg Institute
For material characterization and analysis, we provide a data-driven process, which enables the chemical interpretation of core-level X-ray photoemission (XPS) spectra. We utilize ab-initio data on materials to extract present phases and their respective concentrations from given spectral data.
Dr. Daniel Wortmann
Inventor
Dr. Dennis Oliveira
Innovation Manager
🟩 Technology
Novel Radio Frequency Conductor with Improved Conductivity for Ultra-low-power Wireless Applications
Ref. Nr. TA-PT 1.2610
Ernst Ruska-Centre
The invention addresses both the optimization of electrode forms for high frequency device operation as well as innovative solutions for their preparation.
Dr. Hilde Hardtdegen
Inventor
Dr.-Ing. Martin Mikulics
Inventor
Dr. Jörg Bohnemann
Innovation Manager
Energy
🟨 Method ⠀ 🟧 Material ⠀ 🟩 Technology ⠀ 🟦 Application
🟨 Method
Production of MAX Phases by Molten Salt Shielded Synthesis
Ref. Nr. TA-S0084
Institute of Energy and Climate Change
Molten Salt Shielded Synthesis (MS3) is a novel process to synthesize non-oxide powders in air. MAX phases are a new family of materials with high potential for high temperature applications due to their unique combination of properties, bridging the gap between ceramics and metals.
Prof. Dr. Jesus Gonzalez-Julian
Inventor
Dr. Apurv Dash
Inventor
Dr. Ute Schelhaas
Innovation Manager
🟨 Method
Process for the Production of Components with a Precisely Defined Porosity
Ref. Nr. TA-PT 1.2888
Central Institute for Engineering, Electronics and Analytics
The technology relates to a process for a much cheaper and easier production of components with a precisely defined porosity. By applying the method of cold gas spraying, superior components can be produced, which are commonly used in separation processes or functional testing and calibration of leak detectors.
Carsten Hoven
Inventor
Daniel Braun
Innovation Manager
🟨 Method
Thermal Energy Storage to Provide Dispatchable Low-carbon Process Heating
Ref. Nr. TA 20221
Institute of Energy and Climate Change
Thermal energy storage (TES) is a low-cost, long-lived technology which can be used to provide dispatchable energy on demand. The system can be charged thermally or electrically where the energy is stored thermally in specially chosen storage media. The stored thermal energy can be held at temperature for several hours or days before being discharged to the process or application. When charged by renewable technologies (e.g., solar PV, wind, concentrated solar power) or waste heat the system can be considered low carbon while the system can also be connected to a power block to provide energy in the form of electricity.
Dr. Rhys Jacob
Inventor
Dr. Ute Schelhaas
Innovation Manager
🟧 Material
Self-Assembling Oxide Catalyst for Electrochemical Water Splitting
Ref. Nr. TA-PT 1.2779G
Peter Grünberg Institute
We have developed an electrocatalytic material for oxygen evolution reactions (OER) in alkaline solutions. The main purpose of this activity is to make the H2 production more effective. Our catalyst is based on perovskites with high activity (industry competitive once based on metals). In the same time – and in contrast to all other perovskite-based catalysts – the material is stable at industrial conditions.
Dr. Ilia Valov
Inventor
Dr. Jörg Bohnemann
Innovation Manager
Sustainable Bioeconomy
🟨 Method ⠀ 🟧 Material ⠀ 🟩 Technology ⠀ 🟦 Application
🟨 Method
Cheap and pure production of d-xylonate
Ref. Nr. TA-PT 1.2754
Institute of Bio- & Geosciences
The invention relates to a method of producing enantiomerically pure d-xylonate with a modified Corynebacterium glutamicum strain in which the activity of the IolR gene has been reduced or eliminated.
Dr. Stephan Noak
Inventor
Dr. Dennis Oliveira
Innovation Manager
🟧 Material
Coumarin-caged forskolin for time-controlled cell-based camp examinations
Ref. Nr. TA-PT 1.2859
Institute of Neuroscience and Medicine
A coumarin-caged forskolin derivative for temporally controlled cellular cAMP production was synthesized. The water-soluble caged forskolin derivative passes the membrane and accumulates inside the living cell. Subsequent photolysis releases the biologically active compound that activates membrane-bound adenylyl cyclases (ACs) and causes cAMP production.
Dr. Birte Drewes
Inventor
Dr. Dennis Oliveira
Innovation Manager
🟩 Technology
sFIDA – single particle analysis for CNS diagnostics and QC of biopharmaceuticals
Ref. Nr. TA-S0030
Institute of Biological Information Processing
sFIDA (surface-based fluorescence intensity distribution analysis) is a platform technology for quantitating and sizing single protein aggregates.
Dr. Oliver Banach
Inventor
Dr. Andrea Mahr
Innovation Manager
🟦 Application
Slide holder and cover plate for the uptake of objects for microscopic examination by microscopy
Ref. Nr. TA-PT 1.2838
JuLab
Subject of the invention is a holder for microscopy slides, which allows freely adjusting and selecting the space between the slides, creating a frame-like holder and thus enabling a closed observation System. As no cover slides are used, living samples such as water organisms are not damaged. The frame-like holding system can also be used as a reaction chamber (e.g. acidophilic, halophilic, electrophilic).
Marcel Weckbecker
Inventor
Rene Nork
Inventor
Dr. Dennis Oliveira
Innovation Manager
