Winner of the Schmauss Award 2022!
Imad El Haddad, scientific head (a.i.) of the lab of atmospheric chemistry at PSI, won the Schmauss Award 2022!
The Schmauss award, named after physicist and meteorologist August Schmauss is awarded by the Gesellschaft für Aerosolforschung (GAeF) to recognize outstanding research contributions in the field of atmospheric aerosol science.
Des niveaux de pollution extrêmes enregistrés en Arctique
Des données surprenantes sur les polluants dans l'hémisphère nord
Cooperation and licensing agreement between the Paul Scherrer Institute and Alphasynt
The Paul Scherrer Institute and Alphasynt have recently signed a cooperation- and licensing agreement. In doing so, the two pave the way for a fruitful collaboration in the commercialization of methanation.
Unir les forces pour la transition énergétique
L’Institut Paul Scherrer PSI et la start-up AlphaSYNT commercialisent une nouvelle approche pour stocker l’énergie sous forme de méthane.
High-ranking visitor on the Jungfraujoch Research Station
On Friday 19th of August, US Ambassador to the Swiss confederation Scott Miller visited the Jungfraujoch, where PSI scientists conduct research at 3580 meters above sea level.
Faits maison
Les ateliers du PSI fabriquent d’innombrables pièces et composants pour des expériences scientifiques complexes.
PSI at the Swissmechanic Business Day
When: 6. September 2022, 9am - 6pm
Where: Halle 622 Zürich-Oerlikon
Topic: «ENERGIE – Geht der Schweiz der Strom aus?»
Language: German
On the Swissmechanic Business Day various renowned speakers offer perspectives from on the topic "ENERGY - Is Switzerland running out of electricity?". Innovations and products will be exhibited, including the Paul Scherrer Institute's ESI Cube - a mobile exhibit of the "Energy System Integration" experimental platform, which is available to research and industry partners. The Cube makes the complex topic of energy storage and conversion comprehensible in a playful way.
Marco Ranocchiari takes on the lead of the ESI project as of July 1st, 2022!
«I am very excited to lead a strategic project and the extraordinarily competent and innovative ESI team for PSI, to help contribute to the transition to net zero.»
Une carte de la pollution par aérosols en Europe peut servir la santé publique
Des chercheurs ont déterminé les sources de pollution particulaire sur 22 sites en Europe.
Le power-to-gas pour l’autosuffisance
Une nouvelle installation génère du gaz naturel de synthèse pour chauffer les immeubles d’habitation
Atmospheric globe-trotters
The CLOUD experiment reveals a new mechanism by which atmospheric particles form. The particles rapidly travel the world, globally impacting cloud formation and climate.
Deep learning to avoid weather disappointments
Saharan dust storms played havoc with weather predictions. Invertible neural networks to retrieve aerosol properties from light scattering data may help.
Sauvegarder la mémoire de la glace
Une équipe internationale de recherche, à laquelle participe le PSI, se hâte de conserver des carottes de glace pour la postérité.
Réchauffement climatique: une cartographie des aérosols en Arctique
Pour mieux comprendre l’évolution du climat et développer des mesures efficaces contre la pollution, des chercheurs de l’EPFL et du PSI ont étudié les aérosols présents de la Russie au Canada.
New Head of Laboratory for Energy Systems Analysis (LEA)
As of February 1st 2022, Russell McKenna joins the Paul Scherrer Institute’s Laboratory for Energy Systems Analysis (LEA) as head of the Laboratory. The position at PSI and the full professorship at ETHZ will enable him to combine his research with teaching activities. This optimally reinforces the cooperation between ETH Zurich and the two energy sectors, ENE and NES, of the PSI.
Optimization of catalyst performance to increase efficiency of methanol production
Many types of catalysts have been well known for decades, but the fundamental understanding as to why they work so well is still not quite clear. Without this understanding, an even more efficient catalyst cannot be developed, which is needed to reduce the global energy demand. Copper-zinc-alumina (CZA) is a popular catalyst and has been used for about 100 years, as it facilitates the production of the important chemical building block methanol, a molecule that enables the storage of hydrogen in a manner that minimizes negative impact on the carbon-dioxide footprint. Until 2021, scientists debated over the reason why the catalyst works so well. Understanding the reason behind this is vital in order to further develop even better ones. The copper-zinc-alumina (CZA) catalyst is assessed at the Laboratory for catalysis and sustainable chemistry (LSK) of the Paul Scherrer Institute.
Andrea Baccarini, former member of the Laboratory of Atmospheric Chemistry, awarded the ETH Medal for his PhD thesis
Andrea Baccarini, a former PhD student at the Laboratory of Atmospheric Chemistry, has been awarded the ETH Medal for his thesis investigating aerosol formation in the Arctic and Antarctic and the role aerosols play in climate change.
Diagnostiquer l’asthme dans un souffle
Le PSI participe au développement d’un test respiratoire, grâce auquel il devrait être possible de diagnostiquer l’asthme. Une interview avec Imad El Haddad.
E-fuels and electrification as complementary approaches to achieve climate target
Sustainable, synthetic fuels, so-called e-fuels, can help reduce CO₂ emissions. For their production, electricity from renewable sources is required in order to allow for a close to CO₂-neutral balance. The availability of electricity from renewable sources, which ensures the climate benefits of e-fuels, is currently still limited. “Especially in order to produce on a larger scale, a lot of renewable electricity is needed,” explains Christian Bauer, researcher at the Laboratory for Energy Systems Analysis (LEA) at PSI.
LAC scientists awarded Mariolopoulos Trust Fund Award 2022
The paper "Sources of particulate-matter air pollution and its oxidative potential in Europe" published in Nature by Kaspar Dällenbach and his team at the LAC has won the 2022 Mariolopoulos Trust Fund Award, along with another paper in the field of atmospheric environment.
"I could not imagine a better place to have done a PhD"
Bernhard Pribyl-Kranewitter, former PhD student at the Energy and Environment Division, shares with us a glimpse of his time at the Paul Scherrer Institute and where his path has led him. Currently, he works as a senior consultant at Kearney.
PSI’s contribution to COVID-19 detection
One breath is all it takes to detect the COVID-19 infections using a new method developed by the Centre National de Recherche Scientifique (CNRS) in collaboration with the Paul Scherrer Institute.
Unravelling the catalyst aging phenomena in vehicle emission control.
PSI has collaborated with catalyst and engine manufacturers to understand the aging phenomena of emission control catalysts. To this end, a diesel oxidation catalyst with a relevant mileage was carefully analysed; the results suggest that a complex combination of poisoning and thermal sintering is the cause of deactivation during driving. A reactor setup was then developed to simulate poisoning and sintering effects for prediction of catalyst durability in time and cost effective manner.
Two PSI-Scientists nominated «highly cited researchers»
In the research field “Geosciences”, 143 highly cited researchers were appointed worldwide this year, 7 of them from Switzerland, 2 of them from the Paul Scherrer Institute.
AURORA: from Air pollUtion souRces tO moRtAlity
The Laboratory of Atmospheric Chemistry has initiated innovative data-science-based modelling approaches to discover the most important pollution sources for human health
De l’hydrogène bleu peut protéger le climat
La clé: éviter les fuites.
PSI Impuls Award Winner Tobias Schuler
On November 25th, Tobias Schuler was awarded the PSI Impuls Award for his doctoral thesis titled ‘Towards a Generic Understanding of Porous Transport Layers in Polymer Electrolyte Water Electrolysis’.
PSI maintains its leading role in the CLOUD experiment at CERN
The CLOUD experiment at CERN will be recreating particle formation in key regions of the globe to understand the effects of these particles on regional climates
Discovery of new chemistry on aerosol surfaces
In a study published in Science, ambient-pressure X-ray photoelectron spectroscopy reveals spontaneous redox chemistry at solvating particle surfaces.
Dioxyde de carbone peut devenir une ressource précieuse
Une nouvelle étude explore les méthodes qui permettent une utilisation efficace des émissions de CO2.