Ariel Scientific Innovations Ltd.

Ariel-university Research and Development Company Ltd.

Yaakov Anker

Alexander Gimburg

Erez Katz

David Gurevich

Helena Tuchinsky

David Mualem

Sergei Chefranov

Faina Nakonechny

Alexander Khentov

Disclosed are methods and devices that are useful for processing wastewater, such as stormwater runoff, greywater, blackwater and combinations thereof. In some embodiments of the devices, water is drawn from relatively deep in a microbial processing container, aerated with a Venturi air pump, and subsequently expelled to a relatively shallow part of the microbial processing container.

Wastewater treatment device and method

Disclosed are methods and devices that are useful for processing water-including waste such as wastewater and sludge by reacting the water-including waste with an amount of ferromagnetic powder, an amount of anionic flocculant and an amount of cationic flocculant forming ferromagnetic waste particles suspended in water of the fluid waste, the ferromagnetic waste particles subsequently separated from water of the fluid waste by application of a magnetic field.

Wastewater and sludge treatment device and method

Disclosed are methods and devices suitable for growing algae.

Method and device suitable for growing algae

Disclosed are devices suitable for performing chemical and/or biological reactions. Also disclosed are methods of simultaneously performing at least two chemical and/or biological reactions under different conditions in a single reaction chamber.

Methods and devices for performing reactions

Installation and method for processing wastewater, comprising: a) providing wastewater for processing; b) reducing O2 content of said wastewater by unactivated aerobic digestion; c) subsequently to 'b', eliminating substantially all O2 from said wastewater by anaerobic digestion; d) subsequently to 'c', transferring said wastewater to a closed photobioreactor; and e) subsequently to &#x2018;d&#x2019;, maintaining said wastewater in said photobioreactor in conditions favorable for algal photosynthesis, thereby allowing algae to grow in said photobioreactor. A method for growing algae is also disclosed whereby time, density and flow speed are controlled. The photobioreactor may have a conduit with two proportions of different cross sections.

Growing community of inventors

Salit, Israel

Yaakov Anker