| 1 | Measure the Available Space | Record the total length, width, usable water area, surrounding walkways, viewing zones, and maintenance access. | Reserve sufficient clearance around the basin for safe circulation, equipment access, drainage, and routine cleaning. The fountain footprint should not occupy the entire public space. | Consider pedestrian flow, emergency access, nearby structures, and visibility from the main audience areas. | Prepare a scaled site plan before selecting nozzle layouts or performance effects. |
| 2 | Check Water Depth and Basin Geometry | Evaluate basin depth, shape, floor level, wall condition, overflow points, and available locations for pumps and underwater equipment. | Water depth must match the selected pumps, nozzles, lighting fixtures, and safety requirements. Avoid designs that allow spray to strike basin edges or nearby public areas. | Irregular floors, excessive turbulence, and insufficient depth can reduce jet height, affect music synchronization, and increase splash loss. | Conduct a hydraulic survey and confirm the basin can support the intended fountain configuration. |
| 3 | Assess the Water Supply | Identify the source of fill water, water quality, make-up water capacity, and the availability of a reliable filtration or treatment system. | The system should compensate for evaporation, wind-driven splash-out, cleaning, and seasonal water loss without interrupting normal operation. | Hard water, suspended solids, algae, and organic matter can cause scaling, blocked nozzles, cloudy water, and accelerated equipment wear. | Test the water and specify filtration, automatic level control, and an appropriate maintenance schedule. |
| 4 | Evaluate Wind Exposure | Review local wind direction, seasonal wind speed, nearby buildings, open terrain, and the height of proposed water jets. | Higher jets are more vulnerable to wind drift. Spray patterns should be selected so water remains within the basin under typical operating conditions. | Wind can cause slippery surfaces, water loss, uneven visual effects, electrical exposure, and disruption to synchronized performances. | Use wind-sensitive operating modes, weather sensors, and automatic height reduction or shutdown controls. |
| 5 | Review Sunlight and Visibility | Determine the direction of direct sunlight, viewing angles, glare conditions, and whether performances will occur during daytime, nighttime, or both. | Water effects and lighting should remain visible from the primary audience zones. Bright daylight may reduce the visual impact of underwater lights. | UV exposure can affect some materials, while glare from surrounding glass, paving, or water surfaces can reduce audience comfort. | Plan lighting intensity, fixture positions, show times, and audience orientation around actual sun conditions. |
| 6 | Confirm Electrical Capacity | Calculate the connected load of pumps, lighting, control systems, audio equipment, filtration, and auxiliary devices. | Provide adequate capacity with appropriate separation between power, control, lighting, and audio circuits. Include allowance for starting currents and future servicing. | Outdoor installations require suitable grounding, residual-current protection, weather-resistant enclosures, cable protection, and safe equipment-room conditions. | Have a qualified electrical professional verify the load schedule, protection system, and local code compliance. |
| 7 | Plan for Noise and Neighbors | Identify nearby residences, hotels, offices, schools, traffic routes, and other areas sensitive to pump or speaker noise. | Pump rooms, ventilation systems, and loudspeakers should be positioned and controlled to limit disturbance, especially during evening shows. | Hard surfaces can reflect sound and increase perceived noise. Operating hours may also be limited by local regulations. | Use acoustic treatment, directional speakers, vibration isolation, and a schedule that respects surrounding activities. |
| 8 | Consider Climate and Seasonal Conditions | Review temperature range, rainfall, humidity, storms, freezing conditions, dust, and seasonal operating periods. | The fountain should have defined operating limits and a procedure for severe weather, freezing temperatures, heavy rain, and extended shutdowns. | Freezing water can damage pipes, pumps, and nozzles. Heavy rain can overload drainage, while dust and humidity may affect electrical and mechanical equipment. | Specify weather monitoring, winterization, drainage capacity, protective covers, and seasonal maintenance procedures. |
| 9 | Prioritize Safety and Public Access | Examine slip hazards, water access points, basin edges, electrical zones, barriers, child access, and the distance between jets and spectators. | Wet surfaces should be minimized or treated with suitable slip-resistant materials. Public areas must be separated from hazardous equipment and uncontrolled spray. | Electrical components near water require protection against moisture and accidental contact. Safety signage and physical access control may be necessary. | Complete a formal risk assessment and integrate barriers, drainage, non-slip finishes, emergency stops, and inspection routines. |
| 10 | Estimate Maintenance and Operating Costs | Consider energy use, water consumption, chemical treatment, filter cleaning, nozzle inspection, pump servicing, software updates, and labor. | A visually complex show may require more pumps, controls, lighting, programming, and maintenance than a simpler design. Total operating cost should be assessed over the full life cycle. | Efficient pumps, variable-speed control, water recycling, automated monitoring, and scheduled cleaning can reduce resource consumption and equipment downtime. | Request a life-cycle cost estimate and choose a design that matches the available maintenance budget and staff capacity. |
