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Water must return efficiently through drainage openings, gratings, or collection channels so that surface water can be recovered without excessive pooling on the deck.
The collected water is typically stored in an underground reservoir or circulation system before being pumped back to the fountain jets.
Pumps, pipes, valves, and hydraulic calculations determine jet height, flow stability, pressure, and response during programmed operation.
DMX lighting, PLC controls, valves, pumps, and programming can be coordinated to create timed or music-synchronized fountain sequences.
For fountains where visitors may come into close contact with water, filtration and water treatment should be considered according to project requirements, local regulations, and intended use.
| Type | Main Characteristic | Typical Use |
| Dry Deck Fountain | No exposed pool, ground-level jets, walkable surface | Plazas, malls, parks, commercial and public spaces |
| Interactive Fountain | Designed for direct visitor interaction or responsive operation | Public spaces, parks, family areas |
| Splash Pad | Primarily designed for recreational water play | Children’s play areas and aquatic recreation |
| Musical Dry Deck Fountain | Dry deck structure with music-synchronized programming | Commercial plazas, landmarks and entertainment destinations |




The deck must collect and return water efficiently during normal operation and under changing wind or jet conditions. Drainage layout should be coordinated with the fountain flow rate and deck geometry.
The finished surface should be selected with pedestrian use and wet conditions in mind. Material choice, joint layout, drainage slope, and local safety requirements should be considered together.
Pumps, valves, lights, nozzles, cables, and other components require practical access for inspection and maintenance. A visually clean deck should not come at the cost of difficult servicing.
Interactive or high-contact dry deck fountains may require stronger filtration and water treatment strategies than purely decorative systems. Requirements should be confirmed according to intended use and local regulations.
Lighting, pumps, valves, sensors, control cabinets, and programming should be coordinated during design rather than added after civil work is completed.
If people are expected to enter the fountain area, jet height, spacing, movement range, surface conditions, and operational modes should be designed around the intended visitor experience.



