Water Management Technology Offers

Alexander Kvashnin posted this:
Director at Center for Technology Transfer and Commercialization of Novosibirsk State University

Evidence-based knowledge of the Aral sea for the development of socio-economic strategies based on an understanding of natural processes in the region in the past, present and future The results obtained by the research team are exceptionally new and have no analogues in the world. They significantly clarify the fundamental knowledge about the Aral sea and provide scientific grounds for a new vision of social, economic and political prospects for the development of the Aral region. The researchers have a vision of the directions of further research to clarify the identified aspects of the evolution of the Aral region. The advantages of the offer are as follows: - These studies are connected and can be used in various scientific and applied disciplines, including economically and socially significant. - Deep knowledge of the evolution of water resources in Central Asia can be a political and economic tool, as well as knowledge about the development of civilizations in the region, supplied by archaeology.

Consejo Superior de Investigaciones Científicas posted this:

Tri-functional tanks for desalination processes CSIC has developed a water filtration installation. It contains tanks designed to perform various functions: water filtration by means of ultrafiltration, water filtration by reverse osmosis and recycling of reverse osmosis membranes. This installation is used, for example, in seawater desalination processes. Industrial partners from the hydraulic companies are being sought to collaborate through a patent licence agreement. An offer for Patent Licensing

Laser Consult Ltd. posted this:

Innovative Technology to Utilize and Recycle Sewage Sludge Our partner, a Hungarian company, developed a patented technology that provides a solution for transforming municipal sewage sludge into solid fuel (Solid Recovered Fuel -SRF), which also enables sewage plants to achieve significant cost savings. The company is looking for potential licensing partners in the field of sewage plant construction and operation.

Innovative Technology to Utilize and Recycle Sewage Sludge

Eduard Hernandez Balada posted this:
Freelancer at Bioconservacion

Formulation of dry scrubber with 80% H2S absorption capacity The formulation has been repeatedly tested in a laboratory, yielding an absorption capacity of > 80 g H2S/100 g product (using ASTM D6646). I am looking to find a company in the gas/air phase treatment industry that is keen on taking this product to the market. Given its superior absorption capacity, the operational costs are significantly lower than its competitors. Please contact me to further discuss.

Formulation of dry scrubber with 80% H2S absorption capacity

Guillermo Rodríguez posted this:
R&D Manager at Biótica, Bioquímica Analítica,S.L.

Fully Automatic Early Warning System to Detect and Quantify Legionella in water A fully automated system able to produce reliable on-site results within 2 hours, based on a certified rapid test (AOAC-RI). It eliminates human error, supporting timely steps on the risk facility before the bacterium spread.

Fully Automatic Early Warning System to Detect and Quantify Legionella in water

Guillermo Rodríguez posted this:
R&D Manager at Biótica, Bioquímica Analítica,S.L.

Test for rapid quantifying Legionella in waters (1 hour) (Legipid) based on Immuno-Magnetic Separation (IMS)Advanced immunosensing for determination of Legionella in water scenarios. Friendly packaging. Validated and certified technique. Proven technology with available successful cases on both preventative and outbreak situations, supported by scientific and technical papers. Immuno-Magnetic Separation (IMS) requires the sample to be prepared according to the concentration step from ISO 11731:2017. There is an environmental test kit available for the detection of Legionella spp. which attaches microscopic magnets to live bacteria in order to enable detection. The result can be crudely measured by a colour change, or more accurately with the use of a photometer. This method can be advantageous in field laboratories which do not have the facilities to handle the growth and disposal of hazardous micro-organisms.

Yissum - Research Development Company of the Hebrew University posted this:

Clay-Polymer Sorbents for the Removal of Organic Pollutants from Water Clay-Polymer Sorbents for the Removal of Organic Pollutants from Water Project ID : 8-2012-2876

Clay-Polymer Sorbents for the Removal of Organic Pollutants from Water

Claude Waudoit posted this:
Inventor

Faucets that have access to hot water in less than 3 seconds without using a hot water loop Enjoy the comfort of hot water available in less than three seconds with a water heater located 10 m away while eliminating waste of water and energy: you can even enter the shower before opening the tap, the first fall is at 38 °C.

Laser Consult Ltd. posted this:

Chemical Free Regenerable Water Filtering System for Small Communities with Contaminated Water A Hungarian R&D company developed a simple and flexible system for supply safe drinking water by treating contaminated waters. The company is manufacturing a chemical-free regenerable water filtering material that is able to remove As (arsenic), B (Boron), I (Iodine) and F (Fluorine). The company is seeking to find partners interested in selling the system and finding distribution partners.

Chemical Free Regenerable Water Filtering System for Small Communities with Contaminated Water

Universidad de Alicante posted this:

Stand-alone system for the purification of brackish water directly powered by photovoltaic solar energy The Applied Electrochemistry and Electrocatalysis Research Group at the University of Alicante has developed an Stand-alone system for the desalination and disinfection of water by Electrodialysis (ED) and the necessary water pre- and post-conditioning steps. The developed system is sustainable and environmentally-friendly being directly powered by a photovoltaic solar plant without using battery racks. This new system substantially decreases both the investment and maintenance costs by eliminating the batteries. Also, it can be adjusted to be used in water from very different sources like seawater, brackish water wells, wastewater treatment plants, industrial processes water, etc. being of particular interest for remote areas isolated from the electric grid. The Research Group has a demonstration Pilot Plant with the capacity to produce up to 1m3 of drinking water per day. The Group is looking for companies interested in the commercial exploitation of this technology through licensing agreements and/or technical cooperation.

Stand-alone system for the purification of brackish water directly powered by photovoltaic solar energy

UACOOPERA University of Aveiro posted this:
Technology Transfer Office at uacoopera

Magnetic nanoparticles for selective enrichment of proteins in complex mixtures New method for preparing ion chelating magnetic nanoparticles, which allow selective protein enrichment, namely metalloproteases (MMPs) and His-tagged proteins, from complex mixtures.

Magnetic nanoparticles for selective enrichment of proteins in complex mixtures

UACOOPERA University of Aveiro posted this:
Technology Transfer Office at uacoopera

Biopolymer based micro- and nano-particles for industrial and environmental applications Method for preparing hybrid materials based on biopolymer and silica, in the form of spherical particles with uniform size and smaller than 1 micrometer (µm), for several applications in environmental and industrial areas.

Biopolymer based micro- and nano-particles for industrial and environmental applications

Ivan Rodriguez Rosello posted this:
Licensing Manager at Universidad de Alicante

New procedure for anoxic marine sediment remediation The “Ecosystem and Biodiversity Management” (Spanish initials: GEB) and “Agricultural Chemistry” (Spanish initials: QA) research groups at the University of Alicante have developed a new anoxic marine sediment remediation system and procedure that allows in situ transformation of soft, black, muddy sediment with a high organic matter content and a characteristic fetid odour into well-oxygenated, firmer sediment that has a much lower organic matter content and is no longer black or foul smelling. The procedure involves injecting oxygen-saturated sea water into the sediment to displace anoxic pore water. A suction pump system collects sea water, which is then stored and treated in a tank by means of a bubbling system to achieve oxygen saturation before being injected via nozzles into the sediment to treat, using an injection sequence of between 90-180 minutes of rest and 50-70 minutes of injection. This technology, which has been developed at laboratory scale and is protected by patent application, could be used for remediation of anoxic sediments on shallow beaches and materials extracted during port dredging that require elimination of anoxic conditions. The research groups are seeking companies or public sector authorities interested in commercial exploitation of the invention.

New procedure for anoxic marine sediment remediation

Jordi Reverter posted this:
Licensing Manager at Institut Català de Nanociència i Nanotecnologia

New Nanoporous Graphene material A bottom up unique method build the holy graphene from molecular blocks. The molecular blocks used define the size and shape of the pores, which are identical with atomic precision. We can also control the chemical functionalization of the material. This material has semiconducting properties with a bandgap similar to Si, opening new applications for graphene-based materials. This new material can be used for sieving, sensing, (opto)electronics or its combinations.

New Nanoporous Graphene material

UACOOPERA University of Aveiro posted this:
Technology Transfer Office at uacoopera

Removal of zinc from rainwater using a biomaterial This invention develops a process for the removal of zinc from waters, namely, rainwater, resorting to a low-cost biomaterial, resulting in water suitable for use in buildings. The process comprises three steps: (a) preparation of the adsorbent material; (b) removal of zinc from referred water; (c) removal of adsorbent material from the water, which is ready to use. The technology is simple, convenient, cheap and of easy application.

Removal of zinc from rainwater using a biomaterial

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