IEG - TECHNOLOGIE GMBH

Their core work

IEG Technology is a German SME specializing in in-situ groundwater and soil remediation — cleaning up contaminated sites without excavating them. Their work targets persistent pollutants such as chlorinated solvents using combined physical, chemical, and increasingly biological treatment approaches applied directly in the subsurface. In EU research, they have acted both as technology developer (leading an SME Phase 1 feasibility study on fast chlorinated-compound remediation) and as a field-deployment partner in a multi-country project advancing electrically-driven, microbially-enhanced bioremediation. They sit at the intersection of practical remediation engineering and emerging bioelectrochemical treatment science.

What they specialise in

How they've shifted over time

In 2015, IEG's research engagement centered on practical remediation engineering — specifically fast, cost-effective treatment of chlorinated contaminants through their established technology base, as evidenced by the GroundCLeaner SME Phase 1 feasibility study. By 2019, their focus shifted markedly toward bio-electrochemical systems: combining electrical current with engineered microbial biofilms, nanoparticles, and microbial consortia to drive bioremediation with reduced chemical inputs. This progression signals a deliberate move away from conventional physical/chemical methods toward biology-driven, electrically-enhanced treatment — a more sustainable and regulatorily favored direction for contaminated-site management.

IEG is orienting toward low-energy, electrically-assisted bioremediation — positioning ahead of an industry shift away from aggressive chemical treatment and toward microbiologically-driven, electricity-stimulated cleanup technologies.

How they like to work

IEG takes both coordinator and partner roles, though their coordination experience is limited to a small SME Phase 1 study, while their deeper research collaboration came as a participant in the larger ELECTRA consortium. This pattern suggests they contribute applied field expertise and technology deployment capability rather than driving large multi-partner programs. For consortium builders, they offer the practical credibility and potential access to contaminated-site testbeds that purely academic or large-institute partners cannot provide.

IEG has worked with 22 distinct consortium partners across 8 countries, concentrated in their ELECTRA participation. The appearance of "China" in ELECTRA's keywords suggests at least one non-European partner or field site, extending their network beyond the EU.

What sets them apart

IEG occupies an unusual niche as a practitioner SME that has moved into frontier research — rare in a remediation sector dominated by large environmental consultancies and academic institutes. Their participation in ELECTRA's bio-electrochemical work gives them early hands-on exposure to 3D-printed biofilm technology and electrically-driven microbial treatment, neither of which is yet commercially mainstream. For consortium builders, they bring industry-side legitimacy, deployment experience, and likely access to real contaminated sites for field validation that academic-only teams cannot easily provide.

Highlights from their portfolio

• ELECTRA
  IEG's largest funded project (EUR 324,625), combining electricity-driven bioremediation with 3D-printed biofilms, nanoparticles, and international field experiments — placing them at the frontier of next-generation contaminated-site treatment.
• GroundCLeaner
  IEG's own SME-coordinated initiative targeting fast, cost-effective chlorinated-compound remediation, demonstrating ambition to develop and commercialize proprietary technology rather than simply deliver services.