From bojea at chalmers.se  Wed Sep 30 12:53:00 2020
From: bojea at chalmers.se (Astrid Boje)
Date: Wed, 30 Sep 2020 12:53:00 +0200
Subject: [Chemicalphysicstheory] =?utf-8?q?Fwd=3A_=5BeSSENCE=5D_Wed_30_Se?=
 =?utf-8?q?p_at_15=2E15=2C_Jens_K=2E_N=C3=B8rskov_=28DTU=29_webinar_=22Cat?=
 =?utf-8?q?alysis_for_sustainable_=2E_=2E_=2E=22?=
In-Reply-To: <1337f29a43004933a4e04be915e3ac89@uppmax.uu.se>
References: <1337f29a43004933a4e04be915e3ac89@uppmax.uu.se>
Message-ID: <e8991b9f-4c98-9f56-11fd-166f39aee03b@chalmers.se>

Hej everyone!


Just in case anyone who doesn't subscribe to their mailing list is 
interested:




-------- Forwarded Message --------
Subject: 	[eSSENCE] Wed 30 Sep at 15.15, Jens K. N?rskov (DTU) webinar 
"Catalysis for sustainable . . ."
Date: 	Wed, 30 Sep 2020 09:30:13 +0000
From: 	Pavlin Mitev <pavlin.mitev at uppmax.uu.se>
Reply-To: 	Pavlin Mitev <pavlin.mitev at uppmax.uu.se>
To: 	mkem-essence at lists.uu.se <mkem-essence at lists.uu.se>



The eSSENCE communityis invited to a webinar given byaworld authority in 
the field of modelling of surfaces, heterogeneous catalysis, 
molecule-materials interaction and nanostructures.


*/Speaker:/**//**//*/Prof.///*/Jens K. N?rskov/*?from?the Danish 
Technical University (DTU).

*/Title/*:***********"**/Catalysis for sustainable production of fuels 
and chemicals/**"*.

*/Time/*/:/Wednesday 30 September at 15:15.

*/Contents/*:This webinar will treat both experimental and 
theoretical/computational aspects.

*/Zoom address/*: https://uu-se.zoom.us/j/64928789444 _Meeting ID: 649 
2878 9444_ <https://uu-se.zoom.us/j/64928789444>
*/
/* <https://uu-se.zoom.us/j/64928789444>
*/Host: /**//*Prof. Jacinto S?, Dept. of Chemistry-?ngstr?m*/
/**/
/*
*/Abstract/*: The development of a sustainable energy system puts 
renewed focus on catalytic processesfor energy conversion. Electricity 
production from solar and wind isbecoming economicallycompetitive but we 
need to be able to store energy from these intermittent sources. 
Storagein the form of chemical bonds as fuels is very attractive, but 
converting electrical intochemical energy efficiently will require 
completelynew catalytic materials. Insight into theway the catalysts 
work at the molecular level may prove essential to speed up the 
discoveryprocess. The lecture will outline a theory of heterogeneous 
catalysis that singles out themost important parameters determining 
catalytic activity and selectivity. I will use nitrogenreduction to 
ammonia as the main example and discuss the possibility to find 
sustainablealternatives to the well-known Haber-Bosch process.

Welcome!
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