OUR PROJECTS

As populations expand, water pumping stations are commonly built to satisfy the demand for clean water by extracting and sterilizing water from underground wells. A water pumping station is a complex interlocking system comprised of many different distributed devices, including sterilization equipment, ground storage tanks, elevated storage tanks, well pumps, and booster pumps. Data acquisition and control systems are used to manage this multi-step, multi-level water pumping and sterilization process.

Challenges:
1.Inaccurate Flow Measurement: Difficulty in accurately measuring the flow of water through pumping stations, leading to potential inefficiencies and inaccurate billing.
2.Limited Visibility of System Performance: Lack of real-time data on flow rates and water levels, making it challenging to monitor and optimize the pumping station’s performance.
3.Equipment Malfunction Detection: Difficulty in promptly detecting malfunctions or abnormalities in pumps or valves, resulting in potential downtime and increased maintenance costs.
4.Water Level Monitoring: Inadequate monitoring of water levels in reservoirs or tanks, leading to potential overflow or insufficient water supply.
Solutions:
1.Accurate Flow Measurement: Installation of flow meters enables precise measurement of water flow, ensuring accurate billing and identifying potential inefficiencies or leaks in the system.
2.Real-Time Data Monitoring: Flow meters and level meters provide real-time data on flow rates and water levels, enabling operators to monitor system performance, identify trends, and optimize pump operations.
3.Early Malfunction Detection: Flow meters can detect abnormal flow patterns, sudden changes in flow rates, or decreased efficiency, allowing for prompt detection of equipment malfunctions and timely maintenance.
4.Effective Water Level Monitoring: Level meters help monitor water levels in reservoirs or tanks, ensuring optimal water supply management, preventing overflow, and avoiding water shortages.

Ensure the supply of clean water with our advanced monitoring systems. Strategically installed in water pumping stations, these systems measure crucial parameters such as water level, flow rate, and density. With accurate data gathered by level meters, flow meters, and density meters, our systems guarantee efficient and reliable water extraction and sterilization.

Case Study:
How YUNYI’s Level Meters and Flow Meters Help Taiwan Huimin Environmental Tech Corp
Taiwan Huimin Environmental Tech Corp is a leading company in sewage treatment and environmental solutions. They specialize in wastewater treatment, sludge management, and organic waste treatment, playing a crucial role in ensuring a cleaner and sustainable environment. To enhance their operations and improve efficiency, they have partnered with YUNYI and implemented various advanced monitoring and measurement solutions.

Challenges:
Taiwan Huimin Environmental Tech Corp faced several challenges in their operations:

Accurate Measurement: Precise measurement of water levels and flow rates was critical to optimize their wastewater treatment processes.

Reliability: Consistent and reliable data collection was necessary to ensure efficient management of sewage and sludge.

Durability: The measurement instruments needed to withstand harsh environmental conditions and corrosive media typically found in sewage treatment plants.

Solutions:
To address these challenges, Taiwan Huimin Environmental Tech Corp implemented the following YUNYI products:
YUNYI Submersible Sewage Water Level Transducer:
This level transducer was deployed to monitor water levels accurately in various stages of the wastewater treatment process. Its high accuracy and reliability ensured optimal operation and management of the treatment facilities.
YUNYI Electromagnetic Flow Meters (YFM Smart Electromagnetic Flow Meter):
These flow meters were used to measure the volume flow of conductive liquids and slurry in closed pipelines. They were particularly useful in applications involving steel, electricity, petroleum, chemical industries, coal, metallurgy, papermaking, water supply, drainage, food, and pharmaceuticals. The YFM Smart Electromagnetic Flow Meters provided high performance and reliability, essential for maintaining the efficiency of the treatment processes.
YUNYI Digital Turbine Flow Meter:
The digital turbine flow meter was employed to measure the volumetric flow and total volume of low-viscosity gases in closed pipelines. This was crucial for applications in the petroleum, chemical, metallurgy, and urban gas pipeline networks. The flow meters helped maintain accurate measurements and efficient operations.
Results:
The implementation of YUNYI’s advanced measurement solutions brought significant improvements to Taiwan Huimin Environmental Tech Corp’s operations:
Enhanced Accuracy: The high accuracy of the YUNYI level meters and flow meters ensured precise data collection, which was critical for optimizing the wastewater treatment processes.
Increased Efficiency: Reliable and accurate measurements allowed for better management and control of the treatment operations, leading to increased efficiency and reduced operational costs.
Improved Reliability: The durable and reliable YUNYI instruments performed consistently even in harsh environmental conditions, ensuring continuous and uninterrupted operation of the treatment facilities.
Sustainable Operations: With better measurement and control, Taiwan Huimin Environmental Tech Corp was able to enhance their environmental impact by improving the efficiency and effectiveness of their sewage treatment processes.
By partnering with YUNYI and implementing their advanced level meters and flow meters, Taiwan Huimin Environmental Tech Corp significantly improved their operational efficiency and reliability. The precise and reliable data collection facilitated better management of their wastewater treatment processes, contributing to a cleaner and more sustainable environment. YUNYI’s solutions proved to be indispensable in achieving these operational enhancements, demonstrating their value in the field of environmental technology.