The Best Way toyour soil.
Adelanto, California (USA)
Our first American subsidiary TPS Technologies Inc.
First US Patent (Rotary Kilns)
TPS Technologies was granted the first U.S. patent (5,199,354) for mobile, onsite mediation techniques
Foundation of DEEP GREEN
JAN HAEMERS founds DEEP GREEN SA, based in Brussels and active solely in thermal desorption
Acquisition of TPS Technologies INC
DEEP GREEN acquires 100% of TPS Technologies INC.
Launch of R&D Program
Innovation & Research in Thermal Desorption technologies
Patent for Thermophile
Patent application for Thermopile invented by Jan Haemers (patent no longer owned by Haemers Technologies)
Rotary Kilns Divestment in USA
Divestment of main rotary kilns activities to focus on new technologies.
R&D launch
Launch of large R&D program for innovative thermal desorption technologies
3rd Patent Application
Patent application for NSR invented by Jan HAEMERS & Hatem SAADAOUI.
4th Patent Application
Patent application for LVI invented by Jan HAEMERS & Hatem SAADAOUI
Patent Application for LVI®
Invented by Jan HAEMERS and Hatem SAADAOUI
Patent application for Smart Burners™
Invented by Jan HAEMERS and Hatem SAADAOUI. The company name changes and become HAEMERS Technologies
Mercury
First In situ Treatment of mercury contamination
Patent Application
For Dôme ESTD, Hot Sampling Device and Multi Analyzer.
Acquisition of
LNAPL Skimming technology
Launch of Haemers Technlogies INC
On USA
Our History
Haemers Technologies is a Belgian company whose core business consists of inventing and developing new thermal remediation technologies.
Our history goes back to our American subsidiary, that started thermal remediation in 1989 in Adelanto, California, with the construction and operation of one of the world’s first low-temperature thermal desorption fixed facility for petroleum-contaminated soil.
Haemers Technologies engineers are the inventors of the first mobile thermal systems and the actual award-winning Smart Burners ISTD and ESTD technologies, reducing costs and environmental impact of thermal treatment, and increasing its applicability to in-situ projects and remote sites.