Application

Semiconductor
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Semiconductor-based Smart Water Quality Monitoring Solution


Taiwan Semiconductor Manufacturing Company Limited
TSMC, the world’s largest professional integrated circuit manufacturing services company, produces chips for a diverse array of electronic products, spanning computers, communications, consumer electronics, and industrial applications. These chips find application across multiple end markets, including mobile devices, high-performance computing, automotive electronics, and the Internet of Things. TSMC utilizes AQUAS ammonia nitrogen, COD, and water quality monitoring analyzers for effective waste management, monitoring leaks in raw materials, and overseeing factory etching and cleaning processes, thereby ensuring environmental protection and pollution prevention.


Samsung Electronics
Samsung Electronics, South Korea's leading consumer electronics and electronic components manufacturer, implements AQUAS water quality monitoring systems across its subsidiaries in Korea and Vietnam. These systems provide continuous monitoring of discharged water quality, swiftly addressing any anomalies to safeguard the surrounding environment from pollution and ensure adherence to environmental regulations.


VisEra Technologies Company Limited
VisEra is a global leader in the image sensing component service market, primarily engaged in the backend production and service of image sensors. This includes the manufacturing of color filter arrays, wafer-level testing services, and wafer-level optical thin film production. By employing AQUAS pH meters, fluoride ion meters, COD analyzers, and more, we ensure that discharged water meets environmental regulations and corporate ecological sustainability performance indicators.


SHOWA DENKO HD TRACE
SHDT, situated in the Hsinchu Science Park, specializes in researching, developing, and manufacturing crucial components for hard disk drives, with a focus on sputter-coated thin film disks. By employing AQUAS water quality monitoring equipment, we monitor parameters such as chemical oxygen demand (COD), ammonia nitrogen, nitrate nitrogen, suspended solids, etc., in both influent and effluent water. This real-time monitoring enables us to optimize the treatment process, ensuring that the discharged water quality surpasses the park's standards.