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Wuxi Daoxin Technology Co., Ltd. company cases

Latest company case about Differential Pressure Transmitter and Dual Flange Level Transmitter in Chemical Plants

Differential Pressure Transmitter and Dual Flange Level Transmitter in Chemical Plants

Precise monitoring of pressure and liquid levels is critical in chemical plants, where harsh environments and complex processes demand reliable and durable instrumentation. Our **Differential Pressure Transmitter** and **Dual Flange Level Transmitter** were deployed in a chemical plant to meet these challenges, providing accurate measurement solutions for critical applications. In this project, the differential pressure transmitter was installed to monitor the pressure drops across process equipment, such as filters and heat exchangers, ensuring optimal performance and early detection of blockages. Its robust design, with corrosion-resistant materials, made it ideal for handling aggressive chemicals and high-temperature conditions. Simultaneously, the dual flange level transmitter was utilized for precise level measurement in storage tanks containing corrosive and viscous liquids. With a diaphragm seal system and advanced temperature compensation, it provided stable and accurate readings despite fluctuating process conditions. Both instruments were seamlessly integrated into the plant’s distributed control system (DCS), enabling real-time data monitoring and control. This integration improved process safety, minimized downtime, and optimized resource management. The successful deployment of these devices demonstrates our commitment to delivering reliable, high-performance solutions tailored to the demanding needs of the chemical industry.

Latest company case about River Flow Monitoring with Our Open Channel Flowmeter

River Flow Monitoring with Our Open Channel Flowmeter

Accurate river flow monitoring is essential for water management, environmental conservation, and flood control. Our **Open Channel Flowmeter** was successfully implemented in a river monitoring project to provide reliable and continuous flow measurements. In this case, the flowmeter was installed at key locations along the river to measure parameters such as flow rate, velocity, and water level. The system utilizes advanced ultrasonic technology to offer precise and non-intrusive flow measurements in open channels, making it ideal for rivers with varying water depths and flow conditions. Our flowmeter’s easy installation, low maintenance, and real-time data transmission features allowed operators to monitor river flow remotely, ensuring quick responses to changes in flow rate or potential flooding events. The collected data was integrated into a centralized platform, enabling authorities to assess water quality and manage resources more effectively. This solution significantly improved the accuracy and efficiency of river flow monitoring, providing critical information for flood management and water conservation efforts. It showcases how our open channel flowmeters contribute to more sustainable water management practices in challenging environmental conditions.

Latest company case about Coal mine plant wastewater discharge compliance testing

Coal mine plant wastewater discharge compliance testing

**Case Study: Ensuring Coal Mine Plant Wastewater Discharge Compliance with Our Water Quality Instruments** Coal mine plants face strict regulations for wastewater discharge to protect the environment and public health. Our company provided an integrated solution for a coal mine plant aiming to meet compliance standards for wastewater discharge. Using our **online water quality instruments**, including **pH/ORP meters**, **turbidity meters**, and **conductivity meters**, the plant established a real-time monitoring system. This system enabled precise detection of key parameters such as pH levels, suspended solids, and conductivity, ensuring that discharged water met regulatory requirements. Additionally, our **residual chlorine analyzers** and **dissolved oxygen meters** allowed the plant to monitor disinfection efficiency and maintain optimal water quality for safe release. The instruments’ high precision, durability, and compatibility with remote monitoring systems provided the plant with reliable and efficient tools for continuous compliance testing. As a result, the plant not only achieved compliance but also optimized operational efficiency, reducing both costs and environmental impact. This case demonstrates our commitment to delivering advanced water quality monitoring solutions for industries like coal mining, where precise, real-time data is crucial for sustainable operations.

Latest company case about Beidahuang Group Puyang Farm Smart Control Irrigation Technology Pilot Project

Beidahuang Group Puyang Farm Smart Control Irrigation Technology Pilot Project

The Beidahuang Group is actively promoting the pilot project for intelligent irrigation control technology at Puyang Farm, aiming to enhance agricultural production efficiency and achieve green transformation. At Jiangchuan Farm, a similar smart irrigation system has already been implemented. Li Zhiguo, General Manager of the Agricultural Development Department at the farm, introduced the system, which integrates advanced technologies such as cloud computing, data visualization, solar power, and IoT-based big data analysis. Farmers can remotely control the inflow and drainage of rice fields via a mobile application, reducing water usage and labor costs while collecting data on irrigation water quality, including organic content. Additionally, the Beidahuang Group is actively expanding intelligent irrigation technologies to other farms. For instance, at the 859th Branch Company, over 20 IoT monitoring devices and 40 data collection units have been deployed, achieving full coverage of paddy field irrigation processes. Farmers can monitor water levels in real-time through mobile devices and adjust irrigation strategies promptly, significantly improving production efficiency. Through these initiatives, the Beidahuang Group's smart irrigation pilot project at Puyang Farm and other locations is leading agriculture towards digitalization and intelligence, contributing to sustainable agricultural transformation.

Latest company case about Differential Pressure Transmitter and Dual Flange Level Transmitter in Chemical Plants

Differential Pressure Transmitter and Dual Flange Level Transmitter in Chemical Plants

Precise monitoring of pressure and liquid levels is critical in chemical plants, where harsh environments and complex processes demand reliable and durable instrumentation. Our **Differential Pressure Transmitter** and **Dual Flange Level Transmitter** were deployed in a chemical plant to meet these challenges, providing accurate measurement solutions for critical applications. In this project, the differential pressure transmitter was installed to monitor the pressure drops across process equipment, such as filters and heat exchangers, ensuring optimal performance and early detection of blockages. Its robust design, with corrosion-resistant materials, made it ideal for handling aggressive chemicals and high-temperature conditions. Simultaneously, the dual flange level transmitter was utilized for precise level measurement in storage tanks containing corrosive and viscous liquids. With a diaphragm seal system and advanced temperature compensation, it provided stable and accurate readings despite fluctuating process conditions. Both instruments were seamlessly integrated into the plant’s distributed control system (DCS), enabling real-time data monitoring and control. This integration improved process safety, minimized downtime, and optimized resource management. The successful deployment of these devices demonstrates our commitment to delivering reliable, high-performance solutions tailored to the demanding needs of the chemical industry.

Latest company case about River Flow Monitoring with Our Open Channel Flowmeter

River Flow Monitoring with Our Open Channel Flowmeter

Accurate river flow monitoring is essential for water management, environmental conservation, and flood control. Our **Open Channel Flowmeter** was successfully implemented in a river monitoring project to provide reliable and continuous flow measurements. In this case, the flowmeter was installed at key locations along the river to measure parameters such as flow rate, velocity, and water level. The system utilizes advanced ultrasonic technology to offer precise and non-intrusive flow measurements in open channels, making it ideal for rivers with varying water depths and flow conditions. Our flowmeter’s easy installation, low maintenance, and real-time data transmission features allowed operators to monitor river flow remotely, ensuring quick responses to changes in flow rate or potential flooding events. The collected data was integrated into a centralized platform, enabling authorities to assess water quality and manage resources more effectively. This solution significantly improved the accuracy and efficiency of river flow monitoring, providing critical information for flood management and water conservation efforts. It showcases how our open channel flowmeters contribute to more sustainable water management practices in challenging environmental conditions.

Latest company case about Coal mine plant wastewater discharge compliance testing

Coal mine plant wastewater discharge compliance testing

**Case Study: Ensuring Coal Mine Plant Wastewater Discharge Compliance with Our Water Quality Instruments** Coal mine plants face strict regulations for wastewater discharge to protect the environment and public health. Our company provided an integrated solution for a coal mine plant aiming to meet compliance standards for wastewater discharge. Using our **online water quality instruments**, including **pH/ORP meters**, **turbidity meters**, and **conductivity meters**, the plant established a real-time monitoring system. This system enabled precise detection of key parameters such as pH levels, suspended solids, and conductivity, ensuring that discharged water met regulatory requirements. Additionally, our **residual chlorine analyzers** and **dissolved oxygen meters** allowed the plant to monitor disinfection efficiency and maintain optimal water quality for safe release. The instruments’ high precision, durability, and compatibility with remote monitoring systems provided the plant with reliable and efficient tools for continuous compliance testing. As a result, the plant not only achieved compliance but also optimized operational efficiency, reducing both costs and environmental impact. This case demonstrates our commitment to delivering advanced water quality monitoring solutions for industries like coal mining, where precise, real-time data is crucial for sustainable operations.

Latest company case about Beidahuang Group Puyang Farm Smart Control Irrigation Technology Pilot Project

Beidahuang Group Puyang Farm Smart Control Irrigation Technology Pilot Project

The Beidahuang Group is actively promoting the pilot project for intelligent irrigation control technology at Puyang Farm, aiming to enhance agricultural production efficiency and achieve green transformation. At Jiangchuan Farm, a similar smart irrigation system has already been implemented. Li Zhiguo, General Manager of the Agricultural Development Department at the farm, introduced the system, which integrates advanced technologies such as cloud computing, data visualization, solar power, and IoT-based big data analysis. Farmers can remotely control the inflow and drainage of rice fields via a mobile application, reducing water usage and labor costs while collecting data on irrigation water quality, including organic content. Additionally, the Beidahuang Group is actively expanding intelligent irrigation technologies to other farms. For instance, at the 859th Branch Company, over 20 IoT monitoring devices and 40 data collection units have been deployed, achieving full coverage of paddy field irrigation processes. Farmers can monitor water levels in real-time through mobile devices and adjust irrigation strategies promptly, significantly improving production efficiency. Through these initiatives, the Beidahuang Group's smart irrigation pilot project at Puyang Farm and other locations is leading agriculture towards digitalization and intelligence, contributing to sustainable agricultural transformation.

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