On Thursday 29th October, at the virtual Sustainable Places 2020 (SP2020) conference, Prof. Dr. Uli Jakob, from project partner Dr. Jakob Energy Research; presented HyCool at the “Renewable Heating and Cooling Solutions for Buildings and Industry Workshop”. During this online encounter, a selection of fifteen H2020 EU-funded projects gathered experts
After two years and a half since the start of the project, HYCOOL partners met for its 5th General Assembly. The leaders of each on-going Work Package had a presentation about the progress of their work and planned for the next period, considering risks, opportunities and challenges. The HYCOOL team is
At the end of last September, the pilots of the HyCool project (Industrial Cooling through Hybrid system based on solar heat) began their way to start-up. In this initial phase of project execution, the two demonstration sites have started the civil works with which the necessary infrastructures are built to
On September 1st , 2020, HYCOOL partner, CNR ITAE, presented the project at EuroSun 2020. EuroSun 2020 offers a platform to discuss the latest developments with leading solar energy experts as well as policymakers and industry representatives. CNR ITAE presentation included: A poster on ‘Experimental evaluation of a hybrid adsorption-compression
Our project aiming to increase the use of solar heat in industrial processes has been featured at cordis.europa.eu, the European Commission’s primary source of results, news, and information on EU-funded research projects. The article shows how we are boosting the concept on the cheap and easy-to-install linear Fresnel system, which
Rimini, a beautiful Italian city on the Adriatic coast served as the center of operations for the third meeting of the Hycool consortium, celebrated between November 5th and 6th. This location was chosen to also boost the project’s dissemination activities at the Ecomondo fair, especially under the KeyEnergy section; one
The hybrid heat pump constitutes one of the core elements of the HyCool solution for solar cooling in industry and, therefore, its optimal design is crucial to achieving high performance of the overall system. Since the very beginning of the project, the Fahrenheit team has been working on a prototype
Article by Givaudan By maximising the use of renewable energy through its unique technology, HyCool aims to minimise greenhouses gas emissions. Givaudan, which itself has a target of reducing absolute Scope 1 and 2 GHG emissions by 30% between 2015 and 2030, is proud to host one of the project’s
Article by Alex Grande, from IDP Powering of industrial processes, if based on renewable technologies, may offer greater potential for CO2 emission reductions. Solar thermal energy is a promising sector which has been widely studied during the last two decades, becoming a candidate of the highest potential among renewable energy
The HyCool Consortium visited Feldkirchen a.d. Donau, near Linz, Austria On May 28th and 29th for its 2nd General Assembly. The meeting was hosted by Ecotherm and held in the picturesque Schloss Muehldorf hotel. The two-day meeting allowed all partners to evaluate the progress and work done with each work package
This project has received funding from the European Union’s H2020 programme under Grant Agreement No. 792073.
