Since the January 2025, we have been working closely with a research team at Friedrich-Alexander University Erlangen-Nuremberg as part of the project D²ELOX to develop an innovative process for electrochemical water purification and disinfection based on boron-doped diamond electrodes (BDD).

Our latest research marks a significant advance in analytical environmental chemistry: With the successful coupling of ion chromatography and optical emission spectrometry (IC-ICP-OES), we demonstrate an innovative method for species analysis of five inorganic bromine and chlorine compounds that typically occur as disinfection by-products during oxidative water treatment.

… the inexpen­sive alter­native with ozone Following the successful introduction of the ELAP series electrolytic ozone generator, the call for a smaller solution for bio labs, hemodialysis, (hospital) pharmacies and smaller cold WFI-installations became louder. By re-using the optimized technology used in the ELAP series, we were able to create the ELAG series. An electrolytic ozone generator especially suited for smaller applications. […]

Our long-established catalytic ozone destructors have been optimized in the ozone throughput and performance range and have been supplemented by a new system housing (size E). This now allows the existing GMP-C compliant portfolio for the Pharmaline series to be extended by three new KVME-P types. This is now better covered for the task of residual ozone gas disposal in a pharmaceutical water storage tank, through the catalytic ozone destructor an important performance and flow range. […]

The traditional business segment of INNOVATEC// Gerätetechnik GmbH is the production of electrolytic ozone generators for the production of purified water in the pharmaceutical industry. In a joint project with the university Bonn-Rhein-Sieg and the German Aerospace Center (DLR), […]