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#PELLUCID WATER BREW ACCELERATOR FREE#

WatrHub (Toronto), represented by Sunit Mohindroo and Ahmad Badruddin, is a data and analytics company that delivers actionable intelligence for municipal, industrial, and agricultural water sectors to enable faster, more confident decision-making.

phinding Solutions (Madison, Wis.),represented by Zach Munns, Brad James, and founder Nick Jones, is a biotechnology water company that wirelessly measures and transfers the ionic levels of water through a patent-pending technology designed to improve productivity while reducing costs.

Hydro-lite (Milwaukee), represented by Eric James and Kashif Hasnie, developed a patented water sterilization device that uses ultraviolet light to eliminate bacteria, viruses, and protozoa from freshwater.

Pellucid Water (Madison, Wis.), represented by Sorin Monolache and Mark Raabe, comes out of the University of Wisconsin-Madison and focuses on decontamination of water through an application that removes dissolved chemicals from water and other solutions.

Cadens LLC (Sullivan, Wis.), represented by Randy Mueller, assists in the design, manufacture, installation, and operation of economical small- and micro-scale hydropower systems.

After a comprehensive application and judging process, the following six entrepreneurs and their respective businesses were chosen to participate in the second year of the accelerator program: This year, judges for Batch II of the program included Barry Liner, director of the Water Environment Federation (Alexandria, Va.) Water Science & Engineering Center, as well as representatives from venture capital, economic development, business school, and international research organizations. A team of judges examines the applicants and chooses the winners. Business, Research, Entrepreneurship in Wisconsin (BREW) is a mentor-driven, seed-accelerator program led by the Water Council, and focused on solving freshwater issues with innovative startups and producing cutting-edge technology.Ĭompanies with innovative freshwater technologies are invited to apply to the BREW accelerator program. Water innovation clusters, such as the Water Council in Milwaukee, are helping companies innovate and commercialize water technology while stimulating economic development and job creation. Water Environment Federation (Alexandria, Va.) photo/Barry Liner.

#PELLUCID WATER BREW ACCELERATOR FREE#

This is due to the fact that active species (e.g., free radicals, ions, very reactive molecular compounds) generated by plasma treatment of a compound can act as a reagent for another chemical compound that is normally not so reactive, inducing synergetic effects.Wisconsin Governor Scott Walker announces those chosen to participate in the Water Council (Milwaukee) Business, Research, Entrepreneurship in Wisconsin (BREW) Batch II accelerator program. Manolache during 2000–2010 experiments at CPAM using synthetic samples.Ĭomplex mixtures of contaminants can have a complex chemical mechanism and response to experimental parameters however, this can be a huge advantage for decontamination processes. © ASCE / Jan 2004 / 17 – 25).Ī variety of chemicals (e.g., benzene, toluene, xylenes, ethyl benzene, ethanol, i-propanol, acetone, chlorobenzene, TCE trichloro-ethylene, MTBE methyl t-butyl ether, ethyl acetate, methyl meth-acrylate, DOX dioxane), covering major classes of organic compounds (hydrocarbons, alcohols, ketone, ethers, esters, halogenated hydrocarbons), have been studied by Dr.

(The DMP research reactor produces sustained discharges in a vapor/liquid medium, which may be significantly more efficient in the processing of liquid phase material (Dense Medium Plasma-Plasma-Enhanced Decontamination of Water of Aromatic Compounds, Sorin Manolache, Vasgen Shamamian, and Ferencz. Purification data was obtained on ~200 ml of organically contaminated water (benzene: 194 ppm toluene: 220 ppm ethylbenzene: 271 m- and p-xylene: 860 ppm o-xylene: 377 ppm), which was treated using plasma treatments in an original DMP reactor designed at the Petru Poni Institute for Macromolecular Chemistry in Iasi, Romania and developed at the Center for Plasma-Aided Manufacturing (CPAM) in Madison, Wisconsin.