Dais Analytic Corporation

Dais Analytic Corporation

About

INDUSTRY-CHANGING NANOTECHNOLOGY

Dais Analytic Corporation provides industry-changing, nanotechnology-based applications for heating & cooling, water treatment, and energy storage. These applications are reshaping traditional notions of energy efficiency, economics, and eco-friendly products by both reducing environmental impact use while lowering costs.

Dais was incorporated in 1999 as a nanotechnology polymer materials and processes company. Located in the Tampa Bay area of Florida, U.S.A, it is an OTCuse Aqualyte™ for heating & cooling (ConsERV and NanoAir) and contaminated water cleaning (NanoClear):BB listed company with the ticker “DLYT.” Dais’ patented materials are solid, nonporous polymers that have the ability to selectively absorb and transport water molecules Dais products currently 

Aqualyte materials: Aqualyte is available in roll and sheet form for various applications involving the control of water molecules.

NanoClear water systems: Aqualyte provides a fouling-resistant membrane in the NanoClear evaporator that is capable of generating high purity water (< 10 mg/L dissolved solids) from extremely challenging industrial wastewater (TDS up to 250,000 mg/L). NanoClear is a low-pressure system driven by harvesting waste heat that operates at 3X the typical concentration where reverse osmosis is useful while generating product water an order of magnitude cleaner.

Based on market feedback Dais is positioned to have a substantial international impact in applied nanotechnology within the energy and water industries. Products incorporating Dais’ nanotechnology enable users to minimize consumption of irreplaceable natural resources and limit environmental destruction.

NanoClear™ membrane evaporation affordably and efficiently converts industrial waste, salt, brackish, etc. water into pure potable water that is ’parts per billion’ clean — 100 times cleaner than current US EPA drinking water standards. NanoClear brings the benefits of clean, affordable water to a world with limited freshwater supplies.

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