FREE: Flexible eneRgy vEctors of the futurE
The overall objective of this project is to solve the challenge of load flexibility with fuel flexibility. To achieve this goal we will undertake a global study about future energy vectors and how to integrate them into a smooth, profitable, and environmentally friendly power production. Using a holistic approach, this project will focus on two intrinsically related aspects: the flexible use of various fuels in the context of a sustainable conversion cycle (see Figure below), and the study of the conversion of existing units towards CO2 capture. Combining the study of both aspects provides a higher level of synergy and a more integrated approach towards the primary objective.
Combining the expertise of 5 universities (ULB, UGent, UCL, UMONS, and VUB), we will investigate different energy streams and study their potential synergies at the system level, including energy storage.
Some concepts underlying this project are provided in this presentation.
The project is supported by Engie Electrabel and FNRS.
Dissemination and visibility
Articles
Carbon Clean Combined Heat and Power Production from micro Gas Turbines: Thermodynamic Analysis of Different Scenarios, Energy Procedia (2018), Accepted for publication.
Ammonia Hydrogen Blends in Homogeneous-Charge Compression-Ignition Engine, SAE Technical Paper 2017-24-0087 (2017). http://papers.sae.org/2017-24-0087/
Carbon capture on micro gas turbine cycles: Assessment of the performance on dry and wet operations, Applied Energy, 207 (2017) 243-253. https://doi.org/10.1016/j.apenergy.2017.06.090
Carbon Capture on a micro gas turbine: assessment of the performance, Energia Procedia, 105 (2017) 4046-4052. https://doi.org/10.1016/j.egypro.2017.03.854
Multifuel CHP HCCI engine towards flexible power-to-fuel: numerical study of operating range, Energia Procedia, 105 (2017) 1532-1538. https://doi.org/10.1016/j.egypro.2017.03.468
Oral presentations
Ammonia-Hydrogen blends in Homogeneous-Charge Compression-Ignition Engine, Maxime Pochet, Ida Truedsson, Fabrice Foucher, Hervé Jeanmart, Francesco Contino.
Carbon Clean Combined Heat and Power Production from micro Gas Turbines: Thermodynamic Analysis of Different Scenarios, Simone Giorgetti, Laurent Bricteux, Alessandro Parente, Francesco Contino, Ward De Paepe.
Investigation of a carbon-free HCCI engine: the case of hydrogen-ammonia blends, Maxime Pochet, Véronique Dias, Hervé Jeanmart, Francesco Contino, Ida Truedsson, Fabrice Foucher.
Contribution of chemical storage to the future energy networks, Véronique Dias, Simone Giorgetti, Maxime Pochet, Svend Bram, Laurent Bricteux, Sebastian Verhelst, Julien Blondeau, Hervé Jeanmart, Francesco Contino, Alessandro Parente.
Multifuel CHP HCCI engine towards flexible power-to-fuel: numerical study of operating range, Maxime Pochet, Véronique Dias, Hervé Jeanmart, Sebastian Verhelst, Francesco Contino.
Carbon Capture on a micro gas turbine: assessment of the performance, Simone Giorgetti, Ward De Paepe, Laurent Bricteux, Alessandro Parente, Francesco Contino.
Multifuel CHP with homogeneous charge compression ignition engine, Maxime Pochet, Véronique Dias, Hervé Jeanmart, Francesco Contino, Sebastian Verhelst.
CONCERT Project - CarbON CapturE Ready gas Turbine, Simone Giorgetti, Ward de Paepe, Francesco Contino, Laurent Bricteux, Alessandro Parente.
Numerical assessment of the operating range for a multi-fuel HCCI engine: hydrogen, ammonia, methane and methanol, Maxime Pochet, Véronique Dias, Hervé Jeanmart, Francesco Contino.
Poster Presentations
Experimental HCCI engine using ammonia and hydrogen, Maxime Pochet, Ida Truedsson, Fabrice Foucher, Hervé Jeanmart, Francesco Contino.
Electricity storage needs for the energy transition: an EROI based analysis, Gauthier Limpens, Hervé Jeanmart.
Carbon Clean - Flexible energy production using micro gas turbines: assessment of the performances, Simone Giorgetti, Laurent Bricteux, Alessandro Parente, Francesco Contino, Ward De Paepe.
Next Generation Combined Heat And Power HCCI Engines Operated On Hydrogen And Ammonia From Power-To-Fuel Storage System, Maxime Pochet, Ida Truedsson, Fabrice Foucher, Hervé Jeanmart, Francesco Contino.
CONCERT Project, Simone Giorgetti, Laurent Bricteux, Alessandro Parente, Francesco Contino, Ward De Paepe.
CONCERT Project, Simone Giorgetti, Laurent Bricteux, Alessandro Parente, Francesco Contino, Ward De Paepe.
Développement de nouveaux modes de combustion propre et à haut rendement à partir de différents types de carburants non conventionnels, 3rd Prize for the Best Poster, Simone Giorgetti, Maxime Pochet, Steven Tipler, Axel Coussement, Ward De Paepe, Laurent Bricteux, Hervé Jeanmart, Francesco Contino, Alessandro Parente.
Press Release
https://www.rtbf.be/info/societe/detail_des-universites-belges-s-unissent-pour-travailler-au-stockage-d-energie-renouvelable?id=9386237
http://www.levif.be/actualite/sciences/des-universites-belges-s-unissent-pour-travailler-au-stockage-d-energie-renouvelable/article-normal-541685.html
http://www.flanderstoday.eu/innovation/researchers-take-ups-and-downs-out-renewable-energy
https://uclouvain.be/fr/sciencetoday/actualites/free-assurer-une-distribution-d-rsquo-energie-renouvelable-en-toute-saison.html
Video
Les Eclaireurs (RTBF) - Interview (20/01/2018) - Prof. Alessandro Parente (ULB) and Prof. Francesco Contino (VUB)
https://www.rtbf.be/lapremiere/article/detail_les-eclaireurs-burn-les-recherches-conjointes-ulb-vub-sur-les-nouveaux-modes-de-combustion-avc-neuromodulation-et-robotique?id=9815326
