Emerging Innovations for Energy-Water Sustainability
HARMoNIC Workshop
We are pleased to offer a workshop on the topic of Water-Energy Nexus solutions for sustainability.
Aim: This workshop is intended to communicate recent progress and innovative materials relevant to the areas of condensation heat transfer, atmospheric water collection, and water desalination. The conference is organized by the consortium of HARMoNIC which involves reknown laboratories from ETH Zurich, National Center for Scientific Research “Demokritos” (NCSR-D), Max Planck Institute for Polymer Research (MPIP), University College London (UCL) and the Italian Institute of Technology (IIT). The conference will include invited talks from distinguished scientists, presentations from members of the HARMoNIC consortium regarding the latest advances on the project, and also presentations from other researchers that are working on the aforementioned areas. Result dissemination of this workshop is expected to bring new ideas and inspire the scientists who deal with the challenging and important topics of energy efficiency and global potable water shortage.
Dates: 25th January 2022, 10:00-17:00h and 26th January 2022, 10:00-13:05h
Venue: The current Corona situation and the related travel restrictions do not allow us to organize the workshop on-site. Instead, we will hold the entire event online. Zoom link will be made available shortly.
Cost: This event is free of charge but places are limited. Registration is mandatory and binding.
Program: The program to this event can be found Downloadhere (PDF, 220 KB)(subject to change).
external pageOpen Call for papers on the topic of the workshop "Emerging Innovations for Energy-Water Sustainability"
There is increasing realization in the scientific community to consider holistic developments: the challenge of energy-water nexus is one of the defining examples. This open access special issue sponsored (open access fee is waived) by the new journal external pageMicro and Nano Engineering of Elsevier calls for short, exciting and adventurous communications from prospective authors. Findings must be novel, rigorously validated and lucidly communicated. Open-access articles not only gather wider readership but also fulfill the promise of “free knowledge for all”.
We are looking for short articles with high-definition artwork (please see author guidelines). Please avoid incremental results or niche findings; the core idea is wider dissemination, to increase awareness about the state-of-the-art in engineering a solution for the water-energy crisis. Please see link external pagehere.
