SPAQUE

Their core work

SPAQUE is a Wallonian environmental services organisation based in Liège, Belgium, specialising in the rehabilitation and decontamination of polluted industrial sites. Their core operational work involves managing contaminated land — soil and groundwater — across Wallonia, drawing on both regulatory authority and applied technical expertise. In EU research projects they have played two distinct roles: as a buyer-group member in a Pre-Commercial Procurement scheme procuring innovative decontamination technologies, and as a research partner developing advanced in situ bioremediation methods including nanobioremediation, bioaugmentation, and bioelectrochemical approaches. This dual identity — operational remediation body and applied research collaborator — makes them an unusually grounded partner for projects that need to bridge laboratory-scale remediation science and real contaminated-site deployment.

What they specialise in

How they've shifted over time

SPAQUE's earliest H2020 engagement (POSIDON, 2018) positioned them primarily as a technology buyer and market builder — their keywords centre on procurement networks and broad soil decontamination rather than specific scientific methods. By their second project (EiCLaR, 2021), the focus shifted sharply toward applied research: the keyword set expanded into precise biological and electrochemical remediation techniques, including nanobioremediation and bioelectrochemical systems targeting complex contaminant mixtures at high concentrations. The trajectory suggests SPAQUE is transitioning from a pure end-user and procurer of decontamination services into an active co-developer of next-generation bioremediation science.

SPAQUE is moving up the research value chain — from procuring solutions to co-developing them — which makes them an increasingly attractive partner for RIA consortia needing a credible end-user with real contaminated-site infrastructure.

How they like to work

SPAQUE has participated exclusively as a consortium partner, never taking a coordinator role, which reflects the profile of a domain specialist contributing site access, operational knowledge, and end-user validation rather than project management. Their two projects brought them into contact with 24 unique partners across 11 countries, suggesting they are embedded in genuinely international research networks rather than a narrow bilateral circle. Working with SPAQUE likely means gaining a practitioner anchor — an organisation that can ground theoretical remediation approaches in the realities of operating on actual polluted industrial land.

SPAQUE has built connections with 24 unique consortium partners spanning 11 countries across just two projects, indicating a broad European network relative to their small project portfolio. Their geographic footprint appears pan-European, consistent with both a PCP buyer group (which typically spans multiple member states) and a multi-partner RIA consortium.

What sets them apart

SPAQUE occupies a rare position as an operational contaminated-land body that also participates in frontier bioremediation research — most organisations do one or the other. For consortium builders, this means SPAQUE can simultaneously validate scientific methods against real polluted sites and credibly represent the demand side of the remediation market. Their Wallonian base also provides access to a legacy industrial landscape with documented contamination challenges, which is directly useful for field trials and demonstrators.

Highlights from their portfolio

• EiCLaR
  Their largest funded project (€268,050) and most technically ambitious, combining five distinct remediation approaches — nanobioremediation, bioaugmentation, bioelectrochemical systems, phytoremediation, and electrokinetics — targeting high-concentration contaminant mixtures in soil, water, and groundwater.
• POSIDON
  A Pre-Commercial Procurement project in which SPAQUE functioned as part of a buyer-group network, a relatively unusual EU instrument that signals they have procurement authority and budget influence over decontamination technology adoption.