SciTransfer
Organization

INSTITUTO POLITECNICO DE SETUBAL

Portuguese polytechnic with applied research in building energy storage and circular bioeconomy from wine industry waste streams.

University research groupenergyPTThin data (2/5)
H2020 projects
3
As coordinator
1
Total EC funding
€932K
Unique partners
39
What they do

Their core work

Instituto Politécnico de Setúbal (IPS) is a Portuguese polytechnic university with applied research strengths in energy systems for buildings and, more recently, circular bioeconomy. Their H2020 work spans thermal energy storage solutions for residential buildings, hybrid renewable energy self-consumption systems, and the valorization of wine industry waste streams using microalgae. They bridge engineering and environmental science, focusing on practical applications that convert waste or ambient energy into usable resources.

Core expertise

What they specialise in

1 project

Coordinated TESSe2b (2015-2019), their largest project at EUR 501K, focused on integrated thermal storage for energy-efficient residential buildings.

Renewable energy self-consumption and hybrid storagesecondary
1 project

Participated in SCORES (2017-2022), working on hybrid storage systems that enable self-consumption of renewable energy.

Microalgae biorefinery from wine industry wasteemerging
1 project

Participating in REDWine (2021-2025), which uses winery CO2 emissions and liquid effluents to grow microalgae biomass as a circular economy approach.

Evolution & trajectory

How they've shifted over time

Early focus
Building energy storage systems
Recent focus
Circular bioeconomy and microalgae

IPS began its H2020 activity firmly in building energy — thermal storage and renewable energy systems (TESSe2b 2015, SCORES 2017). By 2021, their focus shifted markedly toward circular bioeconomy, applying their process engineering knowledge to biological systems in the wine sector (REDWine). This pivot from physical energy storage to biological resource recovery suggests a deliberate move toward sustainability and waste valorization, potentially reflecting Portugal's growing wine-biotech intersection.

IPS is moving from traditional energy engineering toward bio-circular applications, making them a potential partner for projects combining industrial waste streams with biotechnology.

Collaboration profile

How they like to work

Role: active_partnerReach: European13 countries collaborated

IPS has demonstrated both leadership and partnership capability — they coordinated TESSe2b (their largest project) and participated in two others. With 39 unique partners across 13 countries from just 3 projects, they engage in broad, mid-to-large consortia rather than small focused teams. This indicates openness to diverse partnerships and comfort operating in multi-national project environments.

Despite only three projects, IPS has built a network of 39 partners across 13 countries, suggesting they join well-connected consortia. Their geographic spread across Europe indicates good integration into Southern and broader European research networks.

Why partner with them

What sets them apart

IPS sits at the intersection of energy systems engineering and emerging bioeconomy — an unusual combination for a polytechnic institute. Their location in Setúbal, within one of Portugal's important wine-producing regions, gives them natural proximity to the wine industry partners and waste streams central to their latest research. For consortium builders, they offer applied engineering capacity with a growing biological process competence that few polytechnics can match.

Notable projects

Highlights from their portfolio

  • TESSe2b
    Their only coordinator role and largest single grant (EUR 501K), focused on an integrated thermal energy storage solution for residential buildings.
  • REDWine
    Represents a strategic pivot into circular bioeconomy, combining microalgae cultivation with wine industry waste — a distinctive cross-sector topic linking food processing with biotechnology.
Cross-sector capabilities
Food & agriculture (wine industry waste valorization)Biotechnology (microalgae cultivation and biorefinery)Construction & buildings (thermal energy storage integration)Environmental engineering (CO2 capture and effluent treatment)
Analysis note: Profile based on only 3 H2020 projects with limited keyword data (keywords available only for the most recent project). The apparent strategic pivot from energy to bioeconomy may reflect different research groups within IPS rather than an institutional shift. Low project count limits confidence in expertise depth assessments.