News and agenda

04 September 2018

100th anniversary of fluid mechanics

24 August 2018

Energieopslag in ondergrond

05 July 2018

Peter Wellens develops method for predicting wave loads in heavy storms

05 July 2018

Explore the next-generation metrics tool

05 July 2018

European Commission signs innovation programme agreement for the shipbuilding industry

05 July 2018

First book dedicated entirely to the area “Intensification of Biobased Processes''

Professor Andrzej Stankiewicz (Process & Energy) and Andrzej Górak (Lodz University of Technology, Poland) have written the first book dedicated entirely to the area “Intensification of Biobased Processes”.

23 May 2018

Official launch of e-Refinery

Official launch of e-Refinery

Op dinsdag 22 mei stond het Process & Energy lab bol van e-Refinery: hèt gloednieuwe consortium dat met een unieke integrale aanpak, van materiaal tot en met processen en opschaling, de chemische –en energie-industrie helpt te elektrificeren en decarboniseren.

01 May 2018

Innovative nanotransistor for easy measurement of electrolyte concentration in blood

Remco Hartkamp, tenure-track lecturer of computational chemical physics at the Department of Process & Energy, developed a new method, together with researchers from the CNRS in France and the NTT Basic Research Laboratories in Japan, that will make it easier to measure the concentration of different electrolytes in the body using a nanotransistor.

21 March 2018

‘Using chemistry to close the CO2 cycle’

If we want to make the world more sustainable, then we need to find a solution for CO2. Professor Wiebren de Jong (TU Delft) from the Department of Process & Energy (Large-Scale Energy Storage section, LSE) is working hard on this problem.

15 February 2018

Small droplets for better crystals

Small droplets for better crystals

Sometimes it’s not just the chemical composition of a substance that matters but also the way in which the ingredients are ordered at the atomic level: the crystal structure. For example, the wrong crystal structure of one and the same material could mean the difference between an effective and a failed drug.