In-situ remediation processes- Discover innovative solutions for a green future

Welcome to Sensatec – We are your competent partner specialized in groundwater remediation, soil remediation and PFAS contamination removal.

With over 18 years of experience of analysis and remediation of environmental damages, we are proud to be one of the market leaders in Central Europe. Our outstanding expertise is confirmed by more than 400 successfully completed reference projects. Currently, we are fully dedicated to about 150 remediation projects, several research projects and numerous feasibility studies.

Let us revitalize our environment together and take the opportunity for a non-binding project inquiry.

Two decades in service of a clean future

20 years ago, Sensatec GmbH in Kiel established from the environmental department of Groth und Co.

Dr. Stephan Hüttmann founded the company on 1st May 2005 with the vision of advancing the little established in-situ technology. He started his own business together with two employees. Today, Sensatec has over 60 staff members throughout Germany. The individual branches contribute their special expertise and work together project-related to provide the best technical solutions for you.

Remediation of environmental damage

We offer solutions for the remediation of PFAS as well as inorganic and organic pollutants in the subsoil. Benefit from our extensive expertise in special plant construction from our own production.

Analyses of pollutant degradation

In our in-house special laboratories, we carry out proven feasibility studies for your individual environmental remediation projects.

Drilling Technology

For the precise investigation of environmental damage, we carry out direct sense and direct push soundings for you using the proven Geoprobe technology.

Products

Here you will find a selection of our products from our portfolio.

Research

In close cooperation with scientific institutions, we develop innovative remediation processes and processes for the remediation of newly identified pollutants.