fraunhofer ikts electrochemical co2 sensor

Our existing portfolio: Multiparameter oil sensor (water, TBN, oxidation, soot), magnetostrictive pinbased online viscosity sensor, laboratory color index measuring system for automated color index determination, online titration chip for TANdetermination. measuring device for determining the asphaltene content in crude oils.

Monitoring of the Curing Process of Resin L20 Room Temperature Capacitive Reference Measurement (Destructive, Laboratory use) LCR meter HP4275A Comb electrode IDEX Model 065S A/D Ratio 80 Build within Faraday cage HF EC Based Cure Monitor (non destructive, Industrial use) EddyCus CF map 4040 with T05

Applications for CO 2 detection are numerous: the control of growth processes in biotechnology, air quality and pollution monitoring and medical respiratory systems to name just a few. Compared to stateoftheart infrared based optical CO 2 sensors, solid electrolyte electrochemical sensors allow low cost manufacturing of large sensor quantities along with a compatibility with a wide range of ...

In the “Center for Fuel Cells, Electrolysis and Synthetic Fuels”, components and subsystems for hydrogen technology are tested and characterized with scientifically based methods for applications in the fields of PEM electrolysis, PEM fuel cells (particularly for automotive applications), PowertoGas (PtG), PowertoLiquid (PtL) and PowertoChemicals (PtC).

15/5/2018· A treatment module developed at Fraunhofer IKTS provides a remedy against pharmaceutical residues in waste water and completely eliminates these harmful substances. Apart from water treatment, possible applications of this new technology also include chemical synthesis.

Electrochemical (ECD) and electroless (ELD) deposition of metals is used in microelectronics and MEMS technology as an alternative to CVD and PVD processes. The Fraunhofer ENAS in cooperation with the Center for Microtechnologies at the Chemnitz University of Technology is involved with ECD/ELD processes in basic research and industry related projects.

9/4/2021· Fraunhofer IKTS Spearheads Development Of A CO2 Free Energy Supply. In a stunning breakthrough with farreaching implications for the future use of natural gas pipelines in the world, the FraunhoferGesellschaft has developed a technology for the energy efficient separation of hydrogen from natural gas. This membrane technology enables two ...

Fraunhofer IKTS also provides various gas sensors for the detection of O 2, CO 2, H 2, CH 4 or NH 3. They can be adapted to the most varied operating conditions by selecting the right measuring approach, sensor design and operating parameters. Amperometric oxygen sensors based on Yttriumstabilized zirconium oxide, for instance, can be used in ...

1/4/2019· The Fraunhofer IKTS is working on concepts which will enable minimisation of CO2 emissions by electrolysissupported reduction. They are intended, for example, for the steel sector. In a special process, a synthetic gas using CO2 can be transformed into waxes.

IKTS, IWS. Dresden. 3. Fraunhofer Hydrogen Strategy. The Fraunhofer Hydrogen Network . Energy Sector and Grid. ... Flexibilisation of chlorinealkali electrolysis . Load management. ... Alternative strategies to carbon neutrality in industrial processes 7 Steel …

Year 2021. TSN IP core designs with low latency for automotive onboard networks. Fraunhofer IPMS is part of the European project ASCENT+. Thinking chips: Advanced materials and hardware for next generation computing. Scalable silicon qubits for quantum computers. Sensor platform for IoT and edge computing solutions.

The goal of the REAL project is to develop a chipbased analysis platform for miniaturized electrochemical characterization in order to provide the project partners with analysis tools for the production of organic semiconductors, luminescent nanoparticles (quantum dots) and electrolyte solutions, for semiconductor manufacturing or battery development.

In the project SdSeMa of the HighPerformance Center »Functional Integration for Micro and Nanoelectronics«, the Fraunhofer Institutes ENAS, IIS/EAS, IPMS, and IZM/ASSID, with assistance of Fraunhofer IWU and Fraunhofer IKTS, worked on new technologies for the structural integration of sensors and actuators in machine components.

23/7/2021· The Electrochemical Society was founded in 1902 to advance the theory and practice at the forefront of electrochemical and solid state science ... 1 Fraunhofer IKTS. DOI. ... production are addressed at IKTS showing opportunity for transportable chemicals/fuel production without need of CO2 source. High power electrolysis ...

1/3/2021· A new ventilation system developed by two Fraunhofer Institutes is able to filter the virus from ambient air. It then destroys the virus in a process known as cold combustion, leaving behind nothing but small quantities of carbon dioxide and hydrogen. Gel electrophoresis for the detection of electrochemical protein degradation.

© Fraunhofer . Fraunhofer IKTS – Thinking in value chains. Example: from sensor development to certified NDT testing systems. Powder synthesis. Pastes / Inks

Electrochemical Sensors and Energy Storage. The professorship for electrochemical sensors and energy storage conducts interdisziplinary research on advanced materials for energy. One main focus is the electrochemical synthesis of nanomaterials with specific magnetic and catalytic properties.

Alexander Michaelis''s 325 research works with 2,813 citations and 11,134 reads, including: Non‐oxide CMC fabricated by Fused Filament Fabrication (FFF)

12/1/2017· The DigiMan project developed innovative sensor platforms for agroindustrial applications by providing a digital manufacturing process chain based on printing technologies and nanomaterial makes it possible to miniaturize the sensors, to achieve a flexibility in the target sensor properties and to realize these sensors in economically low cost even for small sensor batch quantities.

Our electrochemical reactors are based on the thinlayer cell or thingap cell concept. The resulting advantages are, compared to the conventional type of construction, primarily due to the small electrode spacing (in the range ≤100 μm):