SciTransfer
Organization

Laboratorio Nacional de Energia e Geologia I.P.

Portugal's national lab for geology and energy — geological surveys, solar thermal, biofuels, raw materials intelligence, and circular economy research.

National research laboratoryenvironmentPT
H2020 projects
36
As coordinator
1
Total EC funding
€7.6M
Unique partners
525
What they do

Their core work

LNEG is Portugal's national laboratory for energy and geology, providing applied research in geological resources, renewable energy systems, and environmental sustainability. They conduct geological surveys, assess mineral and geothermal resources, develop solar energy and biofuel technologies, and support circular economy initiatives for raw materials. Their work bridges earth sciences with energy transition — from subsurface resource characterization to solar thermal storage and biomass conversion — serving both Portuguese national policy needs and European research agendas.

Core expertise

What they specialise in

Geological resources and raw materialsprimary
10 projects

Sustained engagement across FAME, ProSUM, MICA, FORAM, GeoERA, Smart Exploration, Minland, and intermin covering mineral exploration, geological surveys, and raw materials policy.

Bioenergy and biofuelsprimary
6 projects

Multiple projects including BioEnergyTrain, BABET-REAL5, Ambition, Phoenix, and BRISK II focused on second-generation biofuels and biorefinery processes.

Solar energy and thermal storagesecondary
4 projects

Projects SFERA-III, NewSOL, IDEAS, and INSHIP cover concentrated solar power, thermal energy storage, solar desalination, and building-integrated solar systems.

3 projects

iCAREPLAST (catalytic plastic recycling), MULTI-STR3AM (microalgae biorefinery), and recent raw materials projects reflect a growing focus on resource circularity.

Renewable energy market designemerging
2 projects

TradeRES (their only coordinated project) focuses on market models for 100% renewable power systems, signaling a move toward energy system planning.

Microalgae biorefineryemerging
1 project

MULTI-STR3AM (2020-2025) integrates industrial CO2 and winery waste into microalgae-based food, feed, and bio-based products — a new direction combining biology with industrial waste streams.

Evolution & trajectory

How they've shifted over time

Early focus
Geological resources and minerals
Recent focus
Circular economy and solar energy

In the early H2020 period (2015-2018), LNEG focused heavily on traditional geological competencies — geothermal energy, mineral resources, shale gas impacts, and raw materials intelligence platforms — alongside SME innovation support through the Enterprise Europe Network. From 2019 onward, their portfolio shifted toward circular economy, biorefinery, solar energy integration, and renewable energy system design, with projects like iCAREPLAST, MULTI-STR3AM, and TradeRES reflecting a pivot from resource extraction to resource transformation and clean energy markets. This evolution mirrors a broader institutional transition from geology-as-extraction toward geology-and-energy-as-sustainability.

LNEG is moving from subsurface resource characterization toward above-ground value chains — circular materials, biorefinery, and renewable energy system integration — making them increasingly relevant for green transition consortia.

Collaboration profile

How they like to work

Role: specialist_contributorReach: Global67 countries collaborated

LNEG overwhelmingly participates as a partner rather than leading projects — they coordinated only 1 of 36 projects (TradeRES in 2020). With 525 unique consortium partners across 67 countries, they are a well-connected hub rather than a niche specialist tied to a few repeat collaborators. Their frequent third-party roles (7 projects) suggest they are often brought in for specific geological or analytical capabilities, making them a reliable technical contributor rather than a project driver.

LNEG has collaborated with 525 unique partners across 67 countries, giving them one of the broadest networks among Portuguese research organizations. Their reach extends well beyond Europe — projects like BABET-REAL5 involve African and Latin American partners, and their geological survey work connects them to global resource networks.

Why partner with them

What sets them apart

LNEG occupies a rare position as a national laboratory that spans both geology and energy — most institutions specialize in one or the other. This dual mandate means they can address the full chain from underground resource assessment to above-ground energy conversion and storage. For consortium builders, they offer a single partner that covers geological surveys, mineral resource intelligence, solar thermal systems, bioenergy, and circular economy — plus they bring consistent Enterprise Europe Network engagement, making them a bridge between research and SME adoption in Portugal.

Notable projects

Highlights from their portfolio

  • TradeRES
    LNEG's only coordinated project (EUR 610K), focused on market design for 100% renewable power systems — signals their ambition to lead in energy transition planning.
  • MULTI-STR3AM
    Their largest-funded project (EUR 647K), combining microalgae biorefinery with industrial CO2 capture and winery waste — an unusual cross-sector convergence of biology, food, and circular economy.
  • GeoERA
    A flagship ERA-NET establishing Europe's geological research area, positioning LNEG within the core network of European geological survey organizations.
Cross-sector capabilities
Energy — solar thermal, biofuels, renewable market designFood & Agriculture — microalgae biorefinery, winery waste valorizationManufacturing — thermal energy storage materials, phase change materialsResearch Infrastructure — biofuels testing facilities via BRISK II, solar research via SFERA-III
Analysis note: Strong data across 36 projects with clear thematic patterns. Six projects lack full details (truncated list), and many project keyword fields are empty, so some expertise areas may be underrepresented. The EEN projects (4 total) are service/support roles rather than research, slightly inflating project count without adding technical depth.