Participated in RemovAL (2018–2023), a large IA project focused on recovering value from bauxite residue, red mud, SPL, and critical raw materials including REE, Ga, and Fe-Si.
GREEN2SUSTAIN IDIOTIKI KEFALAIOUCHIKI ETAIREIA
Greek environmental SME combining aluminium waste valorization and Mediterranean water resource management across two H2020 projects.
Their core work
GREEN2SUSTAIN is a Greek environmental SME that operates at the intersection of industrial waste valorization and water resource management. In the RemovAL project, they contributed to recovering value from bauxite residue, red mud, and spent pot lining — the toxic solid wastes generated by aluminium smelting — targeting recovery of rare earth elements, gallium, and iron-silicon fractions as well as construction materials. In the MARSoluT network, they engaged with managed aquifer recharge as a solution to drought and groundwater depletion in Mediterranean regions. Their work is applied and sustainability-oriented, translating research outputs into practical environmental solutions for industry and water management.
What they specialise in
Joined MARSoluT (2019–2023), an MSCA-ITN training network developing soil-aquifer treatment and recharge solutions for water-scarce Mediterranean environments.
RemovAL targeted extraction of rare earth elements, gallium, and iron-silicon alloys from aluminium industry waste streams.
MARSoluT addressed drought, climate change, and water scarcity specifically in the Mediterranean context through managed recharge approaches.
How they've shifted over time
GREEN2SUSTAIN's two projects trace a clear pivot from solid waste to water. Their first engagement (RemovAL, starting 2018) was squarely in industrial waste processing — extracting critical materials and construction inputs from the residues of primary metal production. Their second project (MARSoluT, starting 2019) shifted to water scarcity, aquifer recharge, and drought resilience in Mediterranean settings. Both themes fall under environmental sustainability, but they represent different technical domains and client sectors. The direction suggests a broadening of scope beyond industrial waste toward water and climate adaptation — two areas with strong EU policy and funding momentum through the 2020s.
GREEN2SUSTAIN appears to be moving toward water resilience and Mediterranean climate adaptation, which positions them well for Horizon Europe missions on water and soil but makes their precise technical niche harder to pin down from available data.
How they like to work
GREEN2SUSTAIN has never coordinated an H2020 project — they have joined exclusively as participant or third party, contributing specialist input to larger consortia led by others. Despite only two projects, they have been exposed to 45 consortium partners across 16 countries, indicating that they joined well-networked, large-scale initiatives rather than niche bilateral arrangements. This profile suggests an organization that brings focused technical or consultancy expertise to a specific work package, rather than one that drives project strategy.
Despite participating in only two projects, GREEN2SUSTAIN has worked alongside 45 unique partners spanning 16 countries — a network footprint that reflects the scale of RemovAL and MARSoluT rather than long-standing bilateral relationships. Their reach is European in scope with a likely Mediterranean geographic emphasis given the water-focused project context.
What sets them apart
GREEN2SUSTAIN is a rare Greek private SME active in both the critical raw materials recovery space and Mediterranean water management — two priority areas in EU environmental policy. Their Greek base gives them contextual expertise in water-stressed Mediterranean conditions that northern European partners typically lack. For consortium builders seeking a Southern European SME with hands-on environmental application experience rather than pure academic research, GREEN2SUSTAIN offers a practitioner perspective across two complementary sustainability domains.
Highlights from their portfolio
- RemovALThe only project where GREEN2SUSTAIN received EC funding (EUR 105,438), targeting zero-waste aluminium production by valorizing bauxite residue and recovering critical raw materials — a high-priority circular economy topic with strong industry relevance.
- MARSoluTAn MSCA-ITN training network on managed aquifer recharge, reflecting GREEN2SUSTAIN's move into water resilience and their connection to a research training consortium addressing drought in Mediterranean Europe.