Action Plans

Digital solution plans optimum use of rainwater for future activities, conserving resources and emptying cisterns before storms.

Identify locations suitable for the installation of pumped storage units, and define the installed capacity in the light of geographical characteristics and technical, economic, environmental and legislative constraints.

Paille-Tech is a cooperative specializing in the prefabrication and assembly of timber-framed buildings, insulation using straw bales, and coatings of raw earth. After more than 10 years of development, we aim to initiate the necessary investments to optimize our production chain and thereby double our business volume.

This techno-economic project explores the recovery of organic materials from wastewater before their destruction, for high-value use. It investigates technologies suitable for the Walloon context, considering municipal wastewater treatment systems, the local textile industry, and new valorization opportunities (bioplastics, cellulose, etc.).

Analyze threats and opportunities through a field study and propose recommendations for circular water management in ZAEs.

This project develops a methodology to identify opportunities for water circularity, facilitating recycling within industries. The guide allows for a quick assessment of water recycling potential, usable by companies or supporting organizations like Wallonie Entreprendre.

Prepare specifications for porous asphalt pavements and draft a guidance document

Establishment of a methodology to measure the environmental impact (sustainability and biodiversity) of investments by the Société Public de Gestion de l'Eau in the Walloon Region.

Solution durable pour le traitement de l'ammonium des eaux usées au moyen d'un traitement biologique à boues activées granulaires - Développement d'un procédé combinant les avantages des granules GRASS et de bactéries ANNAMOX

Development of a portal for improved management of drinking water networks, including management of NRW (Non Revenue Water) - network losses

Le projet BioenNW déploie des filières biomasse dans le Nord Ouest de l'Europe, favorisant les projets locaux (<10MW) et diversifiant les biomasses avec des technologies innovantes sur 5 régions. Objectifs: créer des centres de support, démontrer la complémentarité des processus technologiques, développer des outils d'aide à la décision et soutenir les projets locaux.

In the BIOMGT project funded by the Wallonia Region and the European Union structural funds, MITIS and its partners ANATIS and Biogaz du Haut-Geer are developing a pilot unit plant. This pilot is a biomethanisation system installed in a farm located in Durbuy (Belgium) integrating ANATIS technologies and coupled to a co-genereration microturbine developed by MITIS.

Projet de monitoring des performances d'éoliennes.

Le projet COLECO a pour objectif de lancer une dynamique locale d’autoconsommation collective en Wallonie picarde par la mise en place d’outils digitaux qui permettront de créer des communautés locales d’énergie éco-responsables, c’est-à-dire des communautés de voisins qui produisent et consomment ensemble une énergie locale durable.

Le projet e-Cloud promeut les communautés d’énergie renouvelable dans le parc de Tournai Ouest. En utilisant le réseau de distribution public, il équilibre production et consommation localement, sans nécessiter de câbles privés. Cela favorise la transition énergétique en évitant de nouveaux investissements en infrastructure et en maintenant un système énergétique collectif et solidaire.

SUPER PV is pursuing an ambitious bus realistic goal for innovative PV system cost reduction and consequently significant LCOE reduction (26%-37%) by adopting hybrid approach combining technological innovations and Data Management methods along the PV value chain.

To boost the energy performance of buildings, the EU has established a legislative framework to promote policies that will help achieve a highly energy-efficient and decarbonised building stock by 2050. In this context, the EU-funded CAV_EPBD project will foster exchange of information and experience among EU Member States with regard to the implementation of EU legislation.

The GEO4CIVHIC Project develops several solutions for shallow geothermal energy in the retrofit environment, adapted to the building types, the climate and the geological conditions of the underground, the geothermal system (drilling methodology, GSHE, grouting, ...). Special attention will be awarded to civil and historical buildings.

The concept underpinning the UPWARDS project is to develop an integrated simulation framework of high fidelity simulation codes capable of performing high fidelity wind turbine and wind energy park simulations including wind flow, fully coupled fluid structure interaction, progressive damage and noise propagation.

eForFuel develops an industrial biotechnology solution that uses electricity and microorganisms to convert CO2 into hydrocarbon fuels, thus providing a sustainable replacement of fossil carbons.

IMPLEMENT’s objective is to set up the necessary structures for a long-term roll-out of the quality management and certification programme European Energy Award in the partner countries.

Le projet « Zelda », pour Zonings à Energie Locale DurAble, vise à déterminer si les zonings wallons sont des sites propices pour l’installation de communautés d’énergie renouvelable (CER).

The objective of easyCOPRO is to develop a fully-fledged renovation package for Brussels based condominiums.

Lors de la COP21 en 2015, 195 pays ont adopté un accord climatique. L'UE a des objectifs pour 2020, 2030 et 2050. Une directive encourage la mobilité verte avec des points de ravitaillement en carburants alternatifs. La Belgique, incluant la Wallonie, doit respecter ces dispositions, dont l'interdiction des véhicules diesel d'ici 2030. Pacte énergétique belge : 100% de renouvelable d'ici 2050.

Optimum mix of flexibility solutions for European electricity