Design
This fountain was conceived to enhance and maintain the centrality of this urban area through a differentiating element that enriches the space and serves to organize, articulate, and beautify the square. The base structure is robust, with a diameter that provides visual balance with the height of the jet.
The most notable feature of the project is the installation of an integrated heating system to keep the water temperature above 0°C, thus preventing freezing and potential damage to the facilities during the winter months. This system ensures continuous and efficient operation, ensuring that the central water jet remains constant in flow, regardless of weather conditions.
Execution
The project’s execution was divided into three main phases:
- The initial phase of the project consisted of civil engineering work, including excavation and planned leveling of the terrain. Subsequently, the installation of essential underground infrastructures, such as pipe networks, drainage systems, electrical conduits, and distribution boxes, was carried out. Meticulous attention was given to the layout of the technical room, which centralizes most of the equipment, and the routing of the pipes connecting this room to the fountain structure.
- In the second stage of the project, the hydraulic and electrical components were implemented, involving detailed coordination with previous civil construction work. This phase included the installation of ducts, pumping systems, water treatment systems, and other required accessories. The integrated heating system was installed during this stage.
- The final phase of the project involved programming and synchronization of the fountain. Electrical connections were made by linking components to the central control panel, located in the machinery room, using specialized software Syncroshow®. This advanced program facilitates the programming and management of the fountain’s performance based on specific variables such as schedules and weather conditions. Subsequently, exhaustive tests were conducted to validate that the fountain operated according to the standards and specifications previously defined.
Sustainability
At OTB, sustainability is a fundamental aspect. Projects always use durable and high-quality materials, such as stainless steel and anti-vandal glass, to reduce the need for frequent replacements and, consequently, decrease resource consumption and environmental impact.
Their commitment is also to achieve maximum energy efficiency by using low-power LED lights and carefully adjusting the installation to operate with the least amount of necessary energy, without compromising performance. This results in lower energy consumption and a significant reduction in carbon emissions, generating long-term savings and contributing to climate change mitigation.
Regarding water conservation, a treatment system was implemented that allows for water reuse, operating in a closed loop. This involves recycling water instead of constantly discarding it, limiting its consumption, and maintaining its quality in optimal conditions. In this way, water wastage is minimized, and the demand for water resources is reduced, promoting responsible and sustainable use of this vital resource.
