An eco-compliant mountain resort infinity pool engineered for season-extending thermal heating and automated, whisper-quiet unattended operation.
Background: Resort-grade outdoor infinity pool project for Yunlvbao Meisu, a high-end boutique homestay nestled in Nankunshan, Huizhou.
Challenges: Strict scenic-area environmental regulations, cooler mountain seasonality limiting operational periods, low-noise guest requirements, and limited on-site maintenance manpower.
Solution: Turnkey engineering delivering integrated sand filtration, UV-chlorine dual disinfection, a high-efficiency air-source heat pump, and a low-noise PLC automated control platform.
Value: Extended the resort's operational swimming season, minimized daily labor through unattended automation, and created a photogenic infinity edge harmonizing with surrounding mountain scenery.
| Project Information | |
| Project Name | Nankunshan Yunlvbao Meisu |
| Client | Guangzhou Ziying Water Treatment |
| Project Type | Boutique Hotel Pool Treatment |
| Location | Huizhou, Guangdong |
| Completion | August 2021 |
| Pool Type | Outdoor Heated Pool |
Challenge & Solution
● Project Challenges
✔ Special geographic location requiring compliance with Nankunshan scenic area environmental regulations
✔ High sensitivity to pool water quality from boutique hotel guests
✔ Need for energy-efficient equipment to reduce long-term operational costs
✔ Seasonal operation requiring heating system to extend pool usage period
● Our Solution
✔ Adopted integrated sand filter system with high filtration precision and easy maintenance
✔ Configured UV + chlorine tablet dual disinfection to ensure water safety
✔ Selected high-efficiency heat pump heating system with over 30% energy savings
✔ Full PLC automatic control system enabling unmanned operation
Project Gallery
Project Highlights
Client Testimonial
"We are very satisfied with Guangzhou Ziying Water Treatment's professional solution. The pool water quality has been consistently excellent with great guest feedback. The equipment runs stably, energy-saving effects are significant, and operational costs are 40% lower than expected."
— Project Manager, Nankunshan Yunlvbao Meisu