Fountain Engineering: Considerations for Landscape Fountain Design

In recent years, most of the urbanlandscape fountainshave been abandoned and are no longer in use. There are some issues, such as stagnant water, pooling, black water, and foul odors. In some residential projects, water features are more often used as a means of value addition and promotion, with their design and construction not considering long-term sustainability, leading to many hidden dangers. Focusing only on aesthetics neglectsfountain designwhich is also one of the causes of hidden dangers, thereforefountain projectsdiscuss how to maintain the beauty of water features.
1. In the concept of water features, water quality should be the main design basis. It's simple, once the water feature is polluted, its landscape value will be immediately lost. It must be considered in the design of water conservation and drainage equipment.
2. The development of fountain design cannot be separated from safety. For example, the safety of power supply systems for underwater dynamics and lighting, slip resistance of the paving surface, flow speed, noise, etc., all require our careful study and problem-solving.
3. There must be custodial services. The key is to maintain the water feature, ensuring that it is preserved to realize the ultimate expression of the landscape fountain.
4. Design water features according to local conditions. Water cannot exist without a container, so the design of water features is not isolated; its formation has certain economic conditions and cannot be separated from its existing environment.
5. There should be a water-saving awareness. Everyfountain designproject should have water-saving measures, and the designers of fountain companies need to consider: does this project need such a large water surface, how to solve the water source, how to use recycled water, etc.
6. Design environmentally friendly water features. Integrate ecological concepts into every water feature design. Even if some projects have a large artificial component, the ecological effect may not be easily noticeable, but designers must have this concept. For example, collecting and using reclaimed water, rainwater, and cooling water, using fountains to increase oxygen and generate negative ions, and using water circulation to create waterfalls, rapids, etc., are all beautiful ecological practices.
7. Unified architectural landscape and water science. Water landscape is a comprehensive engineering science, especially since scientific knowledge cannot be achieved without water; hydrology and water treatment cannot be done without it. Water quality should be considered from the design stage, including the entire surface of a waterfall, all of which are rich in professional theoretical penetration.