School Swimming Pool System Upgrade Project – Foshan Jingu Experimental Middle School
Swimming pool systems in educational institutions require a high level of reliability, operational stability, and energy efficiency. Compared with commercial leisure pools, school pools typically experience high-frequency usage, variable load conditions, and strict safety and maintenance requirements.
In this project at Foshan Jingu Experimental Middle School, ZIYING was responsible for the complete swimming pool system engineering, including system design, equipment selection, detailed construction drawings, and on-site installation and commissioning. The project was delivered as a fully integrated turnkey swimming pool solution.
✦ Engineering Challenges in School Swimming Pools
School swimming pool systems commonly face several operational challenges:
⦁ High and fluctuating user load during peak teaching periods
⦁ Difficulty in maintaining stable water quality under intensive use
⦁ Continuous operation requirements with limited maintenance windows
⦁ Energy consumption control for heating and environmental systems
⦁ Requirement for safe, stable, and low-maintenance operation
These factors require a system-level engineering approach rather than individual equipment selection.
✦ System Design Approach
The filtration system is responsible for continuous water purification and hydraulic balance.
Equipment used:
⦁ EMAUX V1200 Top-Mount Sand Filter
⦁ EMAUX RPH Swimming Pool Pump
⦁ EMAUX SE10 Cast Iron Pump
⦁ EMAUX EPH400 Swimming Pool Pump
System characteristics:
⦁ The V1200 top-mount sand filter provides stable filtration performance and is suitable for continuous high-load operation in school environments
⦁ RPH series pumps are designed for efficient hydraulic circulation with optimized energy consumption
⦁ SE10 cast iron pump is used for durability under extended operating conditions
⦁ EPH400 pump supports high-flow circulation requirements for peak load periods
⦁ Multi-pump configuration improves system redundancy and operational stability
✦ Heating and Environmental Control System
To support year-round operation and indoor comfort conditions, an integrated thermal and humidity control system was implemented.
Equipment used:
⦁ AQUA Energy-Saving Heat Pump
⦁ AQUA Energy-Saving Dehumidifier
Functional advantages:
⦁ Heat pump system provides stable water temperature control with improved energy efficiency compared to conventional heating methods
⦁ Integrated dehumidification system controls indoor humidity levels and prevents condensation issues
⦁ Combined operation ensures stable environmental conditions for both users and building structure
⦁ Suitable for continuous long-duration operation in educational facilities
✦ System Integration and Operational Stability
The system was designed with a focus on long-term operational stability rather than isolated equipment performance.
Key engineering considerations included:
⦁ Hydraulic balance across multiple pump configurations
⦁ Load distribution under variable usage conditions
⦁ Energy efficiency optimization for heating and circulation systems
⦁ Ease of maintenance and operational accessibility
⦁ System redundancy to reduce operational risk
✦ Turnkey Engineering Delivery
ZIYING provided a full-scope engineering service for this project, including:
⦁ System design and hydraulic calculation
⦁ Equipment selection and technical specification matching
⦁ Construction drawings and installation guidance
⦁ On-site installation supervision and system commissioning
⦁ Operational testing and system optimization
This integrated delivery model ensures consistency between design intent and on-site implementation.
Conclusion
School swimming pool systems require a balanced engineering approach that integrates hydraulic stability, water quality control, energy efficiency, and operational reliability. Through a system-based design methodology and the use of established equipment platforms such as EMAUX and AQUA, the Foshan Jingu Experimental Middle School swimming pool system was upgraded into a stable and efficient operational facility.
ZIYING continues to focus on delivering integrated swimming pool system engineering solutions for educational, commercial, and institutional applications.
