Belgian silicone materials specialist with EU research expertise in industrial heat recovery and dermatological applications of silicone chemistry.
Dow Silicones Belgium (formerly Dow Corning) is the Belgian subsidiary of one of the world's largest producers of silicone materials and specialty chemicals, operating a manufacturing and R&D site in Seneffe. Their EU research participation reveals two distinct application domains for silicone-based materials: industrial thermal management — where silicone heat transfer fluids and phase change materials are used to recover and store waste heat in energy-intensive industries — and dermatological science, where silicone's biocompatibility makes it relevant for skin barrier research and personal care formulation. This dual presence reflects the unusually broad application range of silicone chemistry, from high-temperature industrial systems to sensitive skin contact applications. Their role as project coordinator in the skin health domain suggests internal R&D capability beyond pure manufacturing.
SUSPIRE (2015–2019) directly targets heat transfer fluids (HTF) and phase change materials (PCM) for underground thermal storage and industrial heat exchanger applications — core product categories for Dow Silicones.
SUSPIRE focuses on recovering residual heat streams from energy-intensive industrial processes, positioning Dow Silicones as a materials supplier with direct stake in industrial decarbonisation.
CITYCARE (2017–2021), which Dow Silicones coordinated, examines how air pollutants affect cutaneous responses in healthy and compromised skin — directly relevant to silicone-based skin protection and personal care ingredient development.
Coordinating CITYCARE signals an internal push to build scientific evidence for silicone ingredient efficacy and safety in skin-contact applications, supporting the company's personal care product lines.
In their first H2020 project (SUSPIRE, 2015–2019), Dow Silicones Belgium participated as a specialist materials supplier in an energy consortium focused squarely on industrial heat recovery — underground thermal storage, heat exchangers, and residual heat streams. This reflects the well-established industrial side of silicone chemistry. By 2017, they had pivoted enough to coordinate CITYCARE, a health science project on air pollution and skin biology, with no overlap in keywords — indicating a deliberate move to generate peer-reviewed evidence in the personal care and dermatology domain. The absence of energy-related keywords in the more recent project suggests this was not a gradual shift but a parallel strategic investment in a second business area.
Dow Silicones Belgium appears to be using EU research coordination to build independent scientific credibility for silicone applications in personal care and dermatology, likely to support regulatory dossiers and product positioning in health-adjacent markets.
Dow Silicones Belgium has taken both a coordination role (CITYCARE) and a participant role (SUSPIRE), suggesting they are comfortable at different levels of consortium responsibility. With 13 unique partners across 7 countries from just 2 projects, they work in moderately sized international consortia rather than bilateral arrangements. Their willingness to coordinate a cross-disciplinary health project indicates they can drive research agendas, not just contribute materials expertise — a useful signal for consortium builders who need an industrial partner willing to take on administrative and scientific leadership.
Dow Silicones Belgium has built connections with 13 distinct consortium partners spanning 7 countries through only 2 projects, suggesting they attract diverse partners rather than working within a closed circle. Their network spans both energy research institutions (via SUSPIRE) and health/dermatology groups (via CITYCARE), giving them unusual cross-domain reach for a single industrial site.
Dow Silicones Belgium is rare among Belgian industrial companies in having documented EU research engagement across two entirely different scientific domains — industrial energy systems and skin biology — both anchored in silicone materials science. This cross-domain positioning means they can serve as a credible industrial partner in energy consortia and health/personal care consortia alike, which few single-site industrial subsidiaries can claim. As part of the global Dow network, they also bring access to commercial scale-up pathways that academic and SME partners typically cannot provide.
