Our disruptive technology enables detecting water percolation and contaminations migration, transport in the subsurface.
We offer a new horizon in understanding the previously unseen subsurface below us. Our solutions to various fields
provide a real time picture, cost and time efficient solutions for areas once based only on models or highly
expensive less efficient testing. SenSoil’s VMSTM system allows real time, continuous tracking of water percolation
and contaminant transport process in deep sections of the Vadose zone (unsaturated sediments), from land surface
to groundwater. It applied for detection, monitoring and optimization of remediation strategies, warning based
continues monitoring of earthen dams moisture, monitoring and indicating of optimum growth conditions for agriculture
and offers a substantial cost and efficiency improvement in Mine Heap Leaching process efficiency.
Our technology is based on more than 10 years of research lead by Professor Ofer Dahan
in Ben Gurion University (Israel) and Nevada University (USA) and two patents. Sensoil’d technology was applied worldwide
in over 20 working installations.
Mr. David Waxman, Chairman
Serves as an active Chairman for Water Industries (Manufacturers Associations) and Cleantech companies: Nirosoft industries,
Flow industries and Rotec Ltd. Previously served as the Chairman of Dorot Control Valves (member of Arison Group),
Lextran Ltd, Ludan Environmental Group (TASE), Aquapure Technologies Ltd. and as the CEO, Atlantium Technologies
Ltd. (Morris Kahn Group), President and CEO, IDE Technologies Ltd. (ICL Group) and North American Representative,
Dead Sea Works Ltd. (ICL Group).
Professor Ofer Dahan
the inventor of the VMS, tenure holder in the Department of Environmental Hydrology and Microbiology at Ben Gurion University
of the Negev. Professor Dahan is a specialist in the field vadose zone and groundwater Hydrology, his extensive knowledge
in both fields lead to the development of the VMS. His research covers a wide range of studies on water flow
and contaminant transport in the subsurface, including: flood water infiltration from streams and reservoirs,
interactive bioremediation of contaminated vadose zone and land use impact on groundwater quality.