About
AgRobics has developed a biogas-generating wastewater treatment system. The companys system can operate under punishing conditions, from the exceptionally high organic loads and toxins prevalent in agroindustrial effluents (e.g. the olive mill industry) to the fats, oils, and salts from dairy factories. AgRobics technology consists of polymeric modification of the immobilized cells using low-cost additives and materials. These additives significantly increase the stability, surface area, and capacity for a high density of cells, strengthening physical protection for the microorganisms. The quantity of additives and the shape and size of the immobilized cells allow for highly effective biocatalyses to be used for biodegradation of toxic phenolic compounds and other refractory contents. This process significantly reduces the negative environmental impact of the organic concentrated agro-industrial effluents.
Company Intelligence Q&A
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- What is AgRobics' primary focus?
- AgRobics specializes in anaerobic technology for wastewater treatment and biogas production, developing systems that can handle high organic loads and toxins from agroindustrial effluents.
- When was AgRobics founded?
- AgRobics was founded in January 2009.
- What is the current operational status of AgRobics?
- AgRobics is currently inactive, having ceased operations in November 2021.
- Where is AgRobics headquartered?
- AgRobics is headquartered in Shefa-'Amr, Israel.
- Which markets did AgRobics target geographically?
- AgRobics targeted the geographic markets of India and Israel.
- Did AgRobics receive any grants?
- Yes, AgRobics received a grant from the IIA in January 2018.
- How many employees did AgRobics have?
- AgRobics had between 1 and 10 employees.
- Who is a founder of AgRobics?
- Isam Sabbah is a founder of AgRobics.
- What is an example of AgRobics' technology application?
- AgRobics' technology can be used for biodegradation of toxic phenolic compounds and other refractory contents, reducing the environmental impact of agro-industrial effluents.