Nanjing Microsensoren Technology Co.,Ltd, is a wholly-owned subsidiary established by Jiangsu Delta Smart Water Research Institute (DWI) specifically for overseas markets.
Delta Water Institute (DWI), whose main competency is sensor and software development and engineering consulting in the fields of water and environment, is founded by worldwide renowned experts and scholars connected with Nanjing University of Information Sciences and Technology (NUIST), aiming at development of smart water technologies, in collaboration with Nanjing Jiangbei High-tech District. DWI owns the most advanced water laboratory, perform edge-cutting research, and conduct multidisciplinary technology transfer for smart water industry. It is also an incubator for high-tech start-ups for smart water industry.
DWI is committed to the independent research and development and domestic substitution of software and hardware products in the field of water affairs.Include sensor and IoT technology, software development, big-data and cloud computing, automation and robots for water industry. We provide integrated solution from monitoring, modelling, optimization and system control for different water and environmental system. DWI has established 4 product lines including the urban water, groundwater, surface water and environment field. The applications range from optimization of water supply system planning and operation, leakage management, sewer system optimization for urban flooding and combined overflow control, flood forecasting and risk management and remediation process modelling, etc.
The production base "Xinjiang West United Digital Techonolgy Co., Ltd." is located in Yining City, Xinjiang, focusing on the research and development of intelligent instruments (water, electricity, gas, heating), intelligent monitoring terminals, and data cloud platforms. Relying on strong research and development teams and systems from universities, we provide the world's most advanced, reliable, and cost-effective monitoring terminals and high-end equipment for water and water conservancy infrastructure.
