In hot, humid regions—especially during summer—pools and ponds can become uncomfortably warm. This reduces their usability, enjoyment, and in some cases, can even affect fish and aquaculture. Existing cooling methods, like spraying water into the air, are inefficient, waste water, consume too much energy, or are difficult to install and operate.
What the Invention Is
This invention is a smart, compact system that cools pools, ponds, or other water bodies by spraying water into the air where it cools and then falls back, lowering the temperature of the water. It uses both heat transfer (air cools the water) and evaporative cooling (some of the water evaporates, taking heat with it).
What’s New or Unique (Inventive Step)
Unlike existing systems, this one:
- Combines the pump and spray system into a single, easy-to-mount unit.
- Allows full customization of the spray pattern to match the shape and size of any pool.
- Uses modular nozzles that control droplet size and spray distance to ensure maximum cooling and no water waste.
- Can be automated to run only during the most efficient times (e.g. cooler nights), using sensors or weather data.
Tangible Benefits
- Cooler water temperatures even in hot climates.
- Saves energy and water compared to other systems.
- Easy to install, attractive in design, and customizable.
- Makes pools more enjoyable and aquaculture more stable.
Broader Impact
This invention improves sustainability by reducing water and energy use. It also enhances comfort, supports fish farming, and encourages the efficient use of outdoor water features in warm climates. It could help resorts, homeowners, and farms alike reduce costs and environmental impact.