The general objective of this study was to have a more in-depth knowledge of the reality of Fair Trade in the Brussels-Capital Region.

Self-renovation could be a way of achieving the climate objectives of the Brussels-Capital Region's Renovation Plan more quickly, i.e. attaining an average C+ energy performance for residential buildings by 2050. It would also enable a response to the rise in energy prices, allowing those in need to be included in the renovation of Brussels' heritage. The aim of this study is to verify whether these assumptions can be applied in the Brussels-Capital Region.

The land of La Sauvagère was once part of the Forêt de Soignes. It was sold to the Société Générale at the same time as the Forest, it was sold and then cleared from 1831-33. At the beginning of the 20th century, Albert Blieck, an industrialist in Molenbeek, had a villa built there designed by the architect Fritz Seeldrayers, in the middle of a park laid out by the landscape architect Jules Buyssens and the rock cutter François Dumilieu, two figures of the Jardin picturesque movement. Two successive owners have subsequently changed the contours and character of this private estate, which was relatively neglected for twenty years after the Second World War. Bought by the Commune of Uccle in 1964, it became a public green space public green space a few years later and is home to various sports facilities and domestic animals. Its proximity to other preserved natural areas (Kauwberg, Geleytsbeek valley, Engeland plateau, Verrewinkel wood, Fond Roy...) justifies its inclusion in the in the Natura 2000 network in 2016.

The study concerns an evaluation of employment support in the context of the 2030 Strategy Go4Brussels, specifically objective 2.2, "Ensuring access to stable and sustainable employment for everyone," which considers this evaluation as a general objective. Ultimately, the aim of this evaluation is to achieve a greater impact on the inclusion of job seekers through employment support.

This dataset is based on measurements and inspections carried out by the scientific experts at Brussels Environment and presents the results of their investigations into all issues related to the evolution of water in the Brussels-Capital Region. In addition, the Bruwater application provided by Brussels Environment allows users to consult data on surface water and groundwater in the Brussels-Capital Region.

This dataset contains information on the water quality requirements for surface waters (rivers, lakes, coastal waters and transitional waters) of the Brussels region in order to protect the aquatic ecosystem and, by extension, human health.

This report contains 38 recommendations that will go beyond the accessibility standards (WCAG 2.1 AA) to make online public services inclusive for all citizens. In addition to these recommendations, the second part of this report presents a framework for IT developers, listing the technical criteria for applying these recommendations

The studies documented here were commissioned by Innoviris and focus on the theme of well-being and living together in the Brussels-Capital Region. The first publications date back to 2018, and new studies are added to this collection each year. The topics covered span a wide range of issues, from social cohesion to mental health, and from citizen participation to inequalities in access to healthcare. The studies are available for direct download. Most documents are available in French and Dutch, but some are only available in English.

Master Development Plan (MDP) project of the "Gare du Midi area", Environmental Impact Report (EIR)

This study first characterises the current heat and cooling needs in the Brussels-Capital Region as well as the evolution of these needs until 2050. A mapping of these needs is then presented, as well as a visualisation of the main existing heat sources in the Brussels-Capital Region. The technical and economic potential of cogeneration is then calculated. Finally, the study compares the different solutions for meeting heat needs, including the distribution of heat in thermal energy networks.