| Car repair station, remediation of hydrocarbons.
|
| 
|
| |
Contamination of groundwater and soil with motor oil and volatile hydrocarbons. Combined remediation using groundwater skimming, stripping, soil vapour extraction and activated carbon absorption.
|
| Closure and remediation of a fuel tank site
|
| |
A former fuel tank site was closed after an accident where fuel was spilt. The area around the tanks and the filling station was contaminated.
|
| Investigation and Remediation of a gasoline station
|
| 
|
| |
After the soil and groundwater investigation remediation was planned with partial excavation and in-situ measures with soil vapour extraction.
|
| Gasoline station with a contamination of volatile hydrocarbons
|
| 
|
| |
Due to construction work at this gasoline station a contamination of volatile hydrocarbons was found in the unsaturated soil zone.
|
| Pharmaceutical production: Contamination with organic solvents
|
| |
In the course of pharmaceutical production the soil and groundwater was contaminated with organic solvents in the surroundings of tanks and the factory building.
|
| Remedial work at filling stations throughout Hungary
|
| 
|
| |
The failure of the old technical systems had resulted in contamination of soil and groundwater.
|
| Contamination of former Soviet Military Installation fuel base
|
| 
|
| |
A site of 200 above-ground storage tanks was contaminated with diesel fuel and lubricants. A volume of 50 m³ of subsurface soil and groundwater was contaminated by gasoline.
|
| On-site bioremediation of contaminated soil by bio-venting
|
| 
|
| |
Implementation of environmental policy in urban planning: soil decontamination using bio-venting technique in Evosmos, Thessaloniki GREECE
|
