Development
Sprache

Prof. Dr. Andre Heel

UMTEC Institut für Umwelt- und VerfahrenstechnikProfessor, UMTEC

+41 58 257 43 87andre.heel@ost.ch

AuthorTitleYearType
Nicolas Mutti Study of the use of iron-based catalyst for the sorption-enhanced methanation process 2025Projektarbeit
Samuel Bernhard Carbon Capture through Ga-based Liquid Metal Alloys 2024Bachelorarbeit
Valentin Hotz Carbon capture with liquid metal 2024Studienarbeit / Semesterarbeit
Enrico Buser Catalyst development for Methanol-to-Synfuels 2024Bachelorarbeit
Samuele Imperiali Entwicklung angewandte Plasmatechnologie: Automatisierung einer Testanlage 2024Bachelorarbeit
Gian Grob Synthesis setup for CO[sub]2[/sub] conversion to hydrocarbons 2024Masterarbeit
Rico Lüthi Von Biogas zu Methanol: Direktoxidation mit CO2-Upcycling 2024Studienarbeit / Semesterarbeit
Nicolas Mutti Wasserstofferzeugung auf Aluminiumbasis 2024Studienarbeit / Semesterarbeit
Silvan Bartholdi Wasserstofferzeugung auf Aluminiumbasis: Produktausfällung 2024Studienarbeit / Semesterarbeit
Mattia Oehen Anlagenautomation von Power-to-X-Anlagen 2023Studienarbeit / Semesterarbeit
Gian Grob Behandlung von VOC Emissionen in industriellen Abgasen 2023Projektarbeit
Franzisca Hitz-Widmer Bestimmung von Wasserstoffproduktionsraten 2023Studienarbeit / Semesterarbeit
Rachel Anne Freeman Investigation into Carbon Capture Through Gallium-Based Liquid Metals 2023Masterarbeit
Franzisca Hitz-Widmer Klimaschutz und Defossilierung: 2023Bachelorarbeit
Gian Grob Methanol synthesis 2023Projektarbeit
Ian McLaughlin Mobiler Teststand für schadstoffbelastete Industrieabluft 2023Bachelorarbeit
Djordje Krupljanin Plasmareaktor für Dissoziation von CO2 zu Energieträger 2023Studienarbeit / Semesterarbeit
Samuele Imperiali Prozessdesign und Automation einer plasmabasierten VOC-Abluftreinigung 2023Studienarbeit / Semesterarbeit
Pascal Landolt Auf Plasma basierende Energieträger 2022Studienarbeit / Semesterarbeit
Davide Rodoni Automation und Steuerung eines Hocheffizienz-Twin-Reaktors mittels MEMS Sensoren 2022Studienarbeit / Semesterarbeit
Simon Müller Brennstoffzellenkonzept für Helikopterdrohne 2022Studienarbeit / Semesterarbeit
Adrian Thalmann Design eines Plasmareaktors zur Erzeugung von Energieträgern aus CO2 2022Bachelorarbeit
Simon Müller Evaluation eines Brennstoffzellensystems für eine Helikopterdrohne 2022Bachelorarbeit
Rachel Anne Freeman Evaluation of Hydrogen Production Rates in Aluminum-based Water Splitting 2022Projektarbeit
Pascal Landolt Plasmachemische Abluftreinigung von flüchtigen organischen Verbindungen (VOC) 2022Bachelorarbeit
Fiona Hauser Sorption Enhanced Methanation for the Power-to-X Research Platform 2022Bachelorarbeit
Jann Sprecher Evaluation und Integration eines mehrstufigen Reaktorkonzepts 2021Studienarbeit / Semesterarbeit
Patrick Gassmann Evaluierung, Konzeptionierung und Planung einer Sorption Biogasanlage 2021Studienarbeit / Semesterarbeit
Roman Thurnherr Konzept und Aufbau eines Teststands zur thermoelektrischen Rekuperation 2021Studienarbeit / Semesterarbeit
Samuel Hecht LabVIEW-basierte Steuerung einer Plasma-Anlage für ein CO2-Upcycling 2021Bachelorarbeit
Jana Niggli Plasmabasiertes CO2 Upcycling 2021Bachelorarbeit
Alessia Silvestro Power-to-Gas (Biogas): 2021Studienarbeit / Semesterarbeit
Jessica Bachmann Synthese und Charakterisierung eines sorptionsbasierten Katalysators 2021Studienarbeit / Semesterarbeit
Jana Niggli Synthese und Evaluation von Katalumineszenz-Systemen 2021Studienarbeit / Semesterarbeit
Oliver Müller Synthesis and characterization of redox-stable materials for SOEC 2021Bachelorarbeit

Dual Success with Innovation Boosters

News

In a short time, researchers from the Group Advanced Materials and Processes of UMTEC Institute for Environmental and Process...

In a short time, researchers from the Group Advanced Materials and Processes of UMTEC Institute...

GASEM - Gas quality-based sensors for industrial quality control & real-time pricingGASEM - Gas quality-based sensors for industrial quality

Project

Renewable energies in the form of biogas, hydrogen or synthetic methane and their integration are the focus of numerous strategies in a wide range of industries. Due to existing and future decentralized production plants for renewable gases, various secondary products such as H2, CO2, N2, O2 will increasingly influence the gas quality. This calls… ...
Renewable energies in the form of biogas, hydrogen or synthetic methane and their integration are the focus of numerous strategies in a wide range of industries. Due to existing and future decentralized production plants for renewable gases, various secondary products such as H2, CO2, N2, O2 will increasingly influence the gas...

SmartHiFe2 - A novel iron-catalyzed biogas upgrading concept

Project

At UMTEC, our team focuses on the development of a novel and efficient power-to-gas technology for the production of renewable methane. With the newly developed sorption-based methanation technology, it is possible to process biogas into high-quality renewable methane that can be fed directly into a gas grid. ...
At UMTEC, our team focuses on the development of a novel and efficient power-to-gas technology for the production of renewable methane. With the newly developed sorption-based methanation technology, it is possible to process biogas into high-quality renewable methane that can be fed directly into a gas grid. ...

SynFuels - On the way to large-scale production in SwitzerlandSynFuels - On the way to large-scale production in

Project

Electrification is an important path towards the decarbonisation of transport. However, batteries cannot currently be used for air transport without further ado, unlike in passenger cars. One alternative is the use of renewable synthetic fuels, so-called SynFuels, which are produced from CO2. UMTEC is researching suitable CO2 sources and new… ...
Electrification is an important path towards the decarbonisation of transport. However, batteries cannot currently be used for air transport without further ado, unlike in passenger cars. One alternative is the use of renewable synthetic fuels, so-called SynFuels, which are produced from CO2. UMTEC is researching suitable CO2 sources...

NTPlasma - Plasma treatment of industrial waste gases as a sustainable alternative to thermal post-combustionNTPlasma - Plasma treatment of industrial waste gases as a

Project

Together with the company oxytec AG, UMTEC is developing a new type of plasma technology for the sustainable and cost-efficient treatment of polluted industrial exhaust air. The project is funded by the Federal Office for the Environment's environmental technology programme.
Together with the company oxytec AG, UMTEC is developing a new type of plasma technology for the sustainable and cost-efficient treatment of polluted industrial exhaust air. The project is funded by the Federal Office for the Environment's environmental technology programme. ...

PlasmaTar II - exhaust air solution for the asphalt industry

Project

Getting around - on foot, by bike or by car - our mobility is closely linked to modern infrastructure, e.g. paths and roads. At UMTEC, in collaboration with our industrial partner, we are developing a new process to make asphalt production sites sustainable and future-proof in terms of exhaust air purification. ...
Getting around - on foot, by bike or by car - our mobility is closely linked to modern infrastructure, e.g. paths and roads. At UMTEC, in collaboration with our industrial partner, we are developing a new process to make asphalt production sites sustainable and future-proof in terms of exhaust air purification. ...

PlaTec - Electrical methods for exhaust gas treatment

Project

Scientific expertise meets industrial practice. As part of a research project, oxytec AG has entered into a strategic partnership with UMTEC. The ultimate goal is to develop more efficient and sustainable all-electric exhaust air solutions and establish them on the market.
Scientific expertise meets industrial practice. As part of a research project, oxytec AG has entered into a strategic partnership with UMTEC. The ultimate goal is to develop more efficient and sustainable all-electric exhaust air solutions and establish them on the market. ...

"RESTART"fuel cells

Project

Together we are stronger! Together with the ICP (ZHAW), UMTEC (OST) is developing innovative materials and cell technologies in the field of high-temperature fuel cells for electricity and heat-producing CHP systems for family homes and commercial applications.
Together we are stronger! Together with the ICP (ZHAW), UMTEC (OST) is developing innovative materials and cell technologies in the field of high-temperature fuel cells for electricity and heat-producing CHP systems for family homes and commercial applications. ...

COPlasma - using a plasma reactor to reduce CO2 emissions in industryCOPlasma - using a plasma reactor to reduce CO2 emissions in

Project

Our research team is pursuing the approach of directly reusing CO2 emissions from energy-hungry industries, such as the cement industry, to generate energy. This saves money and causes fewer climate-damaging emissions. To this end, a new type of plasma reactor has been developed that uses waste gases as a recycled fuel and generates energy from… ...
Our research team is pursuing the approach of directly reusing CO2 emissions from energy-hungry industries, such as the cement industry, to generate energy. This saves money and causes fewer climate-damaging emissions. To this end, a new type of plasma reactor has been developed that uses waste gases as a recycled fuel and generates...

REVEAL – Revolutionary Energy Storage Cycle with Carbon-Free AluminiumREVEAL – Revolutionary Energy Storage Cycle with Carbon-Free

Project

SPF has the technical lead in the EU Horizon Europe project reveal. Within this project, a seasonal energy storage cycle is developed that is based on the oxidation and reduction of aluminum as an energy carrier. The main responsibilities of SPF, besides the technical lead, is the development of technologies for Alu-to-Energy conversion: the… ...
SPF has the technical lead in the EU Horizon Europe project reveal. Within this project, a seasonal energy storage cycle is developed that is based on the oxidation and reduction of aluminum as an energy carrier. The main responsibilities of SPF, besides the technical lead, is the development of technologies for Alu-to-Energy...