Both SuPER-W and INCOVER are explicitly focused on recovering products, energy, and resources from wastewater streams.
SIMBIENTE - ENGENHARIA E GESTAO AMBIENTAL LDA
Portuguese environmental engineering SME specializing in wastewater-to-resources conversion, bioprocess control, and decision support systems for water treatment.
Their core work
SIMBIENTE is a Portuguese environmental engineering and management SME based in Porto, focused on turning wastewater from a disposal problem into a source of recoverable resources. Their H2020 work covers the full technical chain: anaerobic co-digestion of waste streams, extraction of polyhydroxyalkanoates (PHAs) and organic acids as bio-based products, and the design of near-zero-energy treatment plants. They also contribute decision support systems (DSS) and optical sensing and control tools — the software and instrumentation layer that makes advanced bioprocesses operationally viable. In practice, SIMBIENTE brings environmental engineering know-how into research consortia, translating laboratory-scale wastewater valorization concepts into applied process designs and management frameworks.
What they specialise in
INCOVER (EC EUR 167,694) lists anaerobic co-digestion as a core keyword alongside PHA and organic acid production.
INCOVER keywords include DSS alongside near-zero-energy plant design, indicating a systems-level planning contribution.
Optical sensing and control is a listed INCOVER keyword, suggesting instrumentation or monitoring expertise within wastewater treatment systems.
INCOVER includes irrigation water as a keyword, pointing to downstream application of treated effluent in agriculture.
How they've shifted over time
Both H2020 projects began in 2016, so there is no meaningful temporal shift within the H2020 dataset itself — the keyword-rich profile belongs entirely to INCOVER, which ran through 2019. SuPER-W, the longer project (ending 2020), is indexed without keywords in the CORDIS data, making direct comparison unreliable. What is visible is that their contribution deepened from a broad sustainable-resource framing in SuPER-W toward a more instrumented, product-specific approach in INCOVER — PHAs, organic acids, optical sensing, and DSS suggest increasing engagement with the operational and control dimensions of wastewater biorefinery, not just the process chemistry.
SIMBIENTE appears to be moving toward the intersection of bioprocess engineering and digital process control — combining biological resource extraction with sensing and decision-support tools — which positions them well for smart water infrastructure projects.
How they like to work
SIMBIENTE has never coordinated an H2020 project, always joining as a partner or third party — a pattern consistent with a specialist SME that contributes defined technical deliverables rather than leading consortia. Despite only two projects, they have worked with 34 unique partners across 10 countries, suggesting they operate in large, multi-partner consortia rather than tight bilateral arrangements. This breadth of network relative to project count implies they are sought out as a specialist contributor by consortium builders rather than driving project initiation themselves.
SIMBIENTE has accumulated 34 unique consortium partners across 10 countries from just two projects — an unusually wide reach for a two-project SME, reflecting participation in large Innovation Action consortia. No strong geographic concentration is evident beyond a European scope.
What sets them apart
SIMBIENTE occupies a specific niche that few Portuguese SMEs hold: applied environmental engineering at the crossroads of bioprocess design, digital monitoring, and resource-recovery economics. Where most environmental consultancies focus on compliance or remediation, SIMBIENTE's H2020 track record is explicitly about extracting value — bio-based products, energy, reusable water — from waste streams. For a consortium needing a Southern European practitioner who can connect wastewater treatment engineering with DSS development and agricultural water reuse, they are a targeted rather than generic fit.
Highlights from their portfolio
- INCOVERThe project where SIMBIENTE received all its recorded EC funding (EUR 167,694) and contributed across the broadest technical range — anaerobic digestion, PHA production, optical sensing, DSS, and near-zero-energy plant design — making it the clearest evidence of their applied capabilities.
- SuPER-WA longer-running project (2016–2020) with a sustainable product, energy, and resource framing that shows SIMBIENTE's engagement with the systemic economic case for wastewater valorization, not just the technical process.