Dais

Dais Company was established in 1999 and is a U.S.-listed nanotechnology polymer materials and technology company. Its headquarters is located in the Tampa Bay area of Florida, USA. Dais Company provides revolutionary nanotechnology-based applications, including heating and cooling, water treatment, and energy storage. These applications are reshaping traditional perceptions of energy efficiency, economics, and eco-friendly products, reducing both environmental impact and costs. The company holds multiple U.S. and international patents in its materials, compositions, processes, and applications. Dais’ current products primarily focus on three application areas: heating and cooling (ConsERV and NanoAir), wastewater treatment (NanoClear), and energy storage (NanoCap).

All applications of Dais Company utilize the company’s breakthrough polymer technology. Based on the same family of polymer plastics, the company has engineered superior products to meet heating, cooling, water, and energy needs. When used in conjunction with air conditioners, ConsERV and NanoAir can reduce the capital and operating costs of ventilated air by up to 30%, while shrinking the required equipment size and reducing the carbon footprint of heating, ventilation, and air conditioning (HVAC) equipment by over 50%. The NanoClear™ clean water system transforms desalination and wastewater treatment through an environmentally friendly, cost-effective, and simple process. This process can be scaled to nearly any size. Dais’ commercialized nanomaterials possess the ability to control and select for almost any substance, delivering affordable, abundant, and efficient clean water resources. The NanoCap supercapacitor has the potential to replace energy storage units in internal combustion engines. This supercapacitor can significantly improve power delivery in consumer electronics and “smart grid” power transmission. With the emergence of an energy storage device scalable for small or large projects, power generated by intermittent power generation equipment (such as solar panels and wind turbines) can be stored at individual, community, or societal levels. This energy storage will enable renewable electricity to be injected into the grid stably and predictably, greatly advancing power delivery.

For collaboration interests, please contact the CSP Secretariat: CSP@icet.org.cn.