Related projects


Le bâti Bruxellois source de nouveaux matériaux – BBSM (the Brussels Building stock as a Source of new Materials)

EU funded Research Project – FEDER 2014-2020

In light of the current needs in terms of renovation mostly aimed towards energy performances of building, the present survey intends to offer a new point of view: a perspective based on matter and including the potential of resources the materials used in the building could represent for the Brussels Capital Region. One of the surveys’ goals is to partially respond to the lack of data regarding the material flows and material deposit produced by energy retrofit operations. As a matter of fact, the data collection actually represents a substantial stage to achieve a more closed loop system and an efficient resource use. The research will investigate these issues in a bottom-up approach: by studying typical energy retrofit processes in terms of material impacts, also referred to as material balances, which could generate ratio data useable for an integrated resource management at a larger scale.

A work on the existing value chains and recovery streams is also conducted to point out the opportunities of strengthening existing value chains or creating new ones.
Another part of this research is to analyse the impacts of a more circular approach on building design. Moreover, the study identifies technical and normative restrictions of using recycled or reused materials as well as legal constraints concerning reuse operation.


LCiP – Life Cycle in Practice

The LCiP project (Life Cycle in Practice ) helps SMEs in France, Belgium, Portugal and Spain reduce the environmental impacts of their products and services across the entire Life Cycle in three sectors: Buildings & Construction, Waste Management and Energy Equipment.


HISER Project

The main objective in HISER is to develop and demonstrate novel cost-effective holistic solutions (technological and non-technological) for a higher recovery of raw materials from ever more complex construction and demolition waste (C&DW) by considering circular economy approaches throughout the building value chain (from End-of-Life Buildings to new Buildings).


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