SciTransfer
Organization

G.E.O.S.INGENIEURGESELLSCHAFT MBH

German engineering SME specializing in mining waste remediation, critical raw materials recovery, and environmental resource management across Europe.

Engineering firmenvironmentDESME
H2020 projects
4
As coordinator
0
Total EC funding
€1.9M
Unique partners
71
What they do

Their core work

GEOS is a German engineering SME specializing in environmental remediation, mining waste processing, and resource recovery from contaminated or depleted sites. They bring applied geochemistry and process engineering expertise to EU research projects focused on extracting valuable materials from mine waste, treating wastewater, and managing nutrient cycles in soils and water bodies. Their practical work bridges the gap between laboratory-scale environmental technologies and field-scale industrial deployment, particularly in mining regions of Central Europe.

Core expertise

What they specialise in

Mining waste processing and critical raw materials recoveryprimary
3 projects

Core contributor in FAME (mobile processing technologies), BioMOre (deep ore biotechnology extraction), and RAWMINA (circular economy CRM recovery from mine waste).

Bioleaching and biotechnology-assisted extractionprimary
2 projects

BioMOre focused on biotechnology for deep ore deposits; RAWMINA includes bioleaching as a key recovery method.

Phosphorus removal and nutrient recyclingsecondary
1 project

P-TRAP project addresses diffuse phosphorus pollution, nutrient recovery from water systems, and fertilizer production from recovered phosphorus.

Water and soil remediationsecondary
2 projects

P-TRAP covers groundwater, lakes, and sediment quality; RAWMINA addresses wastewater treatment linked to mining operations.

Electrochemistry and separation technologiesemerging
1 project

RAWMINA deploys electrochemistry, magnetic separation, and nanofibrous composites for materials recovery — newer technical directions for the firm.

Evolution & trajectory

How they've shifted over time

Early focus
Mining and ore processing
Recent focus
Circular resource recovery and nutrient management

GEOS began its H2020 participation (2015–2018) focused squarely on mining and mineral extraction — mobile ore processing (FAME) and biotechnology-based deep mining (BioMOre). From 2019 onward, their work broadened significantly into environmental nutrient management (phosphorus cycling, eutrophication, agricultural soils in P-TRAP) and circular economy approaches to mine waste (critical raw materials recovery in RAWMINA). The shift shows a clear move from extractive mining support toward circular resource recovery and environmental protection, reflecting broader EU policy trends.

GEOS is pivoting from traditional mining engineering toward circular economy and environmental remediation, making them increasingly relevant for projects combining raw materials recovery with water quality and soil health.

Collaboration profile

How they like to work

Role: specialist_contributorReach: European18 countries collaborated

GEOS operates exclusively as a project participant — they have never coordinated an H2020 project, which is typical for a specialized engineering SME that contributes technical know-how rather than managing large consortia. With 71 unique partners across 18 countries from just 4 projects, they consistently join large, multinational consortia (averaging ~18 partners per project). This pattern suggests they are a sought-after technical partner whose field-level engineering capabilities complement academic and industrial partners.

Despite only 4 projects, GEOS has built a remarkably broad network of 71 partners across 18 countries, indicating consistent participation in large European consortia with strong geographic diversity across the EU and beyond.

Why partner with them

What sets them apart

GEOS occupies a distinctive niche as a hands-on engineering SME based in Saxony's historic mining region (Freiberg/Halsbrücke), combining deep practical knowledge of mining geology with modern environmental remediation techniques. Unlike universities or large consultancies, they offer direct field engineering capability — they can design, test, and operate pilot-scale extraction and remediation systems on-site. For consortium builders, GEOS fills the critical gap between academic research and industrial demonstration, particularly for projects requiring real-world testing at former mining or contaminated sites.

Notable projects

Highlights from their portfolio

  • FAME
    Largest single EC contribution (EUR 767,750) — focused on flexible, mobile processing technologies for economic mineral extraction, directly aligned with GEOS's core engineering identity.
  • RAWMINA
    Most recent project (2021–2025) combining multiple advanced techniques (bioleaching, electrochemistry, magnetic separation) for critical raw materials recovery, signaling the firm's technological diversification.
  • P-TRAP
    Marks a significant departure from mining into nutrient cycling and water quality — an MSCA training network, showing GEOS also invests in next-generation researcher development.
Cross-sector capabilities
Mining and raw materialsAgriculture and soil managementWater treatment and qualityCircular economy and waste valorization
Analysis note: Profile based on 4 projects with moderate keyword coverage. Early projects (FAME, BioMOre) lack keyword data, so the evolution analysis relies partly on project titles and descriptions. The firm's real-world capabilities likely extend beyond what H2020 participation alone reveals — their commercial engineering portfolio is not captured here.