Environmental Biotechnology
- Development and application of PCR-methods for the quick and easy determination of isotope enrichment factors (carbon, hydrogen)
- Development of a Bio-Electro-Process for in-situ remediation of chloroethene contaminated sites
- Enhanced Natural Attenuation (ENA) of heterocyclic aromatic hydrocarbons
- Field study on the natural degradation and retention of chlorinated hydrocarbons at an industrial site in Frankenthal, Germany
- Fully controllable funnel & gate bioreactor for the microbial elimination of tar oil pollutants from groundwater
- In situ-remediation of aromatic hydrocarbons in passive biosorptive funnel-and-gate-reactors
- In-situ remedation of groundwater polluted by cDCE and VC by simultaneous addition of oxygen and bioaugmentation
- Intrinsic biodegradation of BTEX and PAH (Natural Attenuation)
- Intrinsic biodegradation of chloroethenes (Natural Attenuation)
- Micro-emulsions for the in situ-remediation of DNAPL-contaminated sites
- Microbial processes to avoid gas clogging in zero-valent iron permeable reactive barriers (GaFeR)
- Natural attenuation concept for sites with alternating groundwater flow- and redox conditions considering the pollutant groups PAHs, BTEX and NSO HET
- New productive degradation processes for aerobic bioremediation of sites contaminated with chloroethenes
- Sequential anaerobic/aerobic biodegradation of pollutant mixtures in biological activated carbon barriers
- Stimulation of microbial degradation in groundwater and soil through electrokinetic dispersion
- Zero-valent iron nanoparticles for groundwater remediation (NAPASAN) – Interactions between microbiological and abiotic dechlorination of chloroethenes
