Application

Portable volatile organic compounds (VOCs) monitors inspect an industrial park.  Through field measurement, the real time concentration of total non-methane hydrocarbons can be accurately reflected at the measured point.

The portable volatile organic compounds monitor adopts the principle of GC-FID, which can accurately measure methane, total hydrocarbon, non-methane total hydrocarbon, benzene series and other pollutants in the exhaust gas qualitatively and quantitatively.  Support the use requirements in different scenarios, such as exhaust emissions from fixed pollution sources and unorganized ambient air emissions.

According to the characteristics of urban areas and industrial enterprises, monitoring and monitoring equipment are installed for pollution point sources, line sources and non-point sources, and 24-hour continuous monitoring is implemented for pollution factors such as particulate matter, evil emperor, non-methane total hydrocarbon, benzene series in each region, monitoring enterprise production operations and unorganized and organized emissions, and quickly and accurately find local pollutant emission sources.

The system adopts EC, PID detection and other principle sensors to support customized design, and can be expanded to monitor hydrogen ammonia, ammonia, hydrogen nitnitide, hydrogen, methane, propylene oxide, acetaldehyde, carbon disulfide, acetylene, propylene, methyl, dimethylamine, styrene, acrylic acid, butadiene, acrylein, toluene and other gases, which can simultaneously detect a variety of characteristic pollution factors.

Automatic water quality monitoring stations have been built in key river sections under the jurisdiction of Weifang City to monitor the discharge of major pollutants such as chemical oxygen demand and ammonia nitrogen in real time.

The water quality automatic monitoring station is built on the riverbank of each river basin section, guarding the water quality safety of Weifang day and night. To realize 24-hour real-time monitoring of water quality in each section, it can accurately reflect water quality and timely discover hidden dangers of water quality safety.

Assist Ya 'an Economic Development Zone to build a fine monitoring platform for air pollution prevention and control grid, and carry out online monitoring of key areas where industry and population gather in the economic development zone.

The platform has real-time statistics of equipment data in various regions and monitoring points, realizing the functions of overall regional monitoring and pollutant diffusion trend calculation, and combining advanced technologies such as the Internet of Things, intelligent collection system, geographic information system, dynamic chart system, etc., to establish a comprehensive, refined, informationized and intelligent environmental online monitoring system

The online automatic monitoring system of water quality is composed of multi-parameter water quality sensors and wireless data transmission equipment, forming a complete system of water quality monitoring and data reporting for secondary water supply systems. Instead of traditional, cumbersome, manual secondary water supply system monitoring and analysis, real-time monitoring of key parameters turbidity, residual chlorine, pH, temperature, etc., but also support the free selection of other parameters, the establishment of real-time, remote, accurate, automatic water supply monitoring system.

The online automatic monitoring system of water quality is used to continuously and automatically monitor the change of water quality of the measured water body, objectively record the status of secondary water supply water quality, and timely find abnormal changes in water quality to prevent water pollution accidents. It is suitable for tap water plant and pipe network monitoring, peripheral water, tank type secondary water supply, municipal water supply and self-built facilities water supply monitoring, direct drinking water supply and other fields.