Leggi il caso di studio in italiano Achieved compliance targets in both PlumeStop® treatment barriers while significantly reducing chlorinated hydrocarbon concentrations Enabled construction of a new waste-to-energy facility to begin…
At a 6,000 m² former industrial site in northern Italy, an integrated in situ treatment combining S‑MicroZVI®, PlumeStop®, and 3‑D Microemulsion® delivered rapid and sustained remediation of chlorinated solvents in…
The project required substantial and rapid contaminant reductions to allow for planned site redevelopment. Studio Planeta selected PetroFix® as the most appropriate and least disruptive technology, due to the urban site…
Successful groundwater treatment for TAUW in a church oratory garden in Italy PCE reduced to below regulatory target without any VC build-up, resulting in No Further Action (NFA) Simultaneous remediation using advanced…
Hydrocarbon contaminants reduced below target levels, in regulatory review for site closure The barrier has stopped the offsite migration of a petroleum hydrocarbon plume onto a public road and archeological…
An in situ permeable reactive barrier (iPRB) was installed combining PlumeStop, S-MicroZVI and BDI Plus reagents Additional Design Verification Testing (DVT) was completed by REGENESIS prior to full-scale works Remediation…
Extensive chlorinated solvent contamination on a complex site was remediated using in situ treatment, including Enhanced Reductive Dechlorination (ERD) and a PlumeStop injectable Permeable Reactive Barrier (i-PRB). High-contamination areas saw…
Safe and easy co-injection of PlumeStop and S-MicroZVI 50m long in situ barrier was applied with minimal interference with the school activities Significant and rapid decrease of PCE concentrations in…
On a 6 hectare site in northern Italy, an extensive enhanced reductive dechlorination process had been previously been carried out by REGENESIS using a combination of proprietary electron donors (3-D…
A former chemical manufacturing plant in northwest Italy was due for demolition to allow redevelopment into residential properties. Site investigations showed elevated concentrations of Cr(VI) in the groundwater, which were…