Core contributor across SPARCs, FLEXIGRID, frESCO, and PHOENIX — all focused on energy optimization, grid flexibility, and smart building/consumer energy management.
MOTOR OIL (HELLAS) DIILISTIRIA KORINTHOU A.E.
Greek petroleum refiner actively transitioning through H2020: CO2 capture, smart grids, renewable integration, and digital energy services at industrial scale.
Their core work
Motor Oil Hellas is one of Greece's largest petroleum refining companies, operating major refinery infrastructure near Corinth. Through H2020 participation, the company is actively investing in its energy transition — deploying CO2 capture technologies at industrial scale, integrating renewable energy into refinery operations, and piloting smart grid and energy efficiency solutions. Their project portfolio reveals a fossil fuel incumbent systematically building capabilities in decarbonization, distributed energy, and data-driven energy services to future-proof its operations.
What they specialise in
CARMOF developed innovative CO2 adsorbents using metal-organic frameworks and carbon nanotubes; DECADE explores photoelectrocatalytic conversion of CO2 into ethanol and chemicals.
SPARCs deployed solar thermal, geothermal, and distributed PV systems; FLEXIGRID addressed grid automation and RES integration for distribution networks.
SYNERGY applied AI, blockchain, and multi-party computation for energy-as-a-service; frESCO developed new ESCO business models using big data and smart home analytics.
InfraStress focused on improving resilience of sensitive industrial plants against cyber-physical threats — directly relevant to refinery operations.
How they've shifted over time
Motor Oil's H2020 journey shows a clear trajectory from hardware-oriented decarbonization toward digital and service-based energy models. Early projects (2018-2019) concentrated on physical technologies — CO2 capture with advanced materials, solar thermal integration, geothermal systems, and distributed PV deployment. By 2020, the focus shifted decisively toward software-driven approaches: AI-powered grid management, blockchain-based energy trading, data-driven business models, and smart home energy services. This mirrors the broader energy sector's digital transformation, but is particularly striking for a petroleum refiner actively building post-fossil-fuel competencies.
Motor Oil is building toward becoming a digitally-enabled energy services company, moving beyond refining into distributed energy management and data-driven business models.
How they like to work
Motor Oil participates exclusively as a consortium partner, never as coordinator — consistent with a large industrial company contributing real-world infrastructure and use cases rather than leading research agendas. With 157 unique partners across 8 projects, they operate in large consortia (averaging ~20 partners per project), typical of Innovation Actions where industrial demonstration sites are essential. Their value to consortia lies in providing a major industrial facility as a testing ground for new technologies.
Extensive European network spanning 157 unique partners across 26 countries, reflecting participation in large-scale Innovation Action consortia. As a Greek industrial heavyweight, they connect Southern European energy infrastructure with technology providers across the continent.
What sets them apart
Motor Oil offers something rare in H2020 consortia: a major petroleum refinery willing to serve as a real-world testbed for clean energy and decarbonization technologies. While many energy projects struggle to find industrial-scale demonstration sites, Motor Oil brings operational refinery infrastructure where CO2 capture, smart grid integration, and energy efficiency solutions can be validated under actual industrial conditions. For consortium builders, they represent a credible industrial end-user with genuine skin in the energy transition game.
Highlights from their portfolio
- CARMOFLargest single EC contribution (EUR 367,846) — developing next-generation CO2 capture using metal-organic frameworks and carbon nanotubes, directly applicable to refinery emissions.
- SPARCsLongest-running project (2019-2024) covering the full renewable energy stack — solar thermal, geothermal, distributed PV, EV charging, and battery second-life applications.
- SYNERGYRepresents the company's digital frontier — combining AI, blockchain, and multi-party computation for energy-as-a-service, signaling a strategic shift toward data-driven energy business models.