The government of Tenerife is set to allocate around one million euros for the development of a new public restroom facility located at the end of the parking area near Roulette-Roques de García in the renowned Teide National Park. The construction aims to seamlessly integrate the building into the natural landscape while ensuring environmental adaptation and preservation of the land’s topography.
Blanca Pérez, the Minister of Natural Environment, Sustainability, and Security and Emergencies, highlighted the project’s goal to “enhance the visitor experience at this particular spot in the park by providing necessary facilities.” She mentioned, “The new infrastructure will be designed to be accessible, eco-friendly, and prevent the dispersion of waste, aligning with the needs of visitors and the conservation of Teide National Park.”
The proposed toilets will be situated at the endpoint of the La Ruleta parking lot. The design of the restroom facility focuses on harmonizing with the surroundings, respecting the environment, and minimising the area’s environmental impact. The building will be intricately designed to complement the natural terrain of the land.
The primary function of the structure will be to provide toilet services, ensuring interior spaces are inclusive and accommodating for all visitors. The facility will include two unisex toilets and ostomy facilities. Internal layouts will feature rooms and storage for maintenance purposes.
To achieve optimal efficiency and minimal environmental disruption, a pathway will be constructed to connect the restroom area with the Cañada Blanca Visitor Center. This channel, implemented using trenches, will seamlessly blend with the natural landscape and adapt to existing pipelines.
Environmental Integration
Considering the project’s commitment to environmental preservation and integration, construction materials will be sourced locally, such as stone facades, ceramic, non-slip concrete flooring, and anthracite grey lacquered steel carpentry to enhance the aesthetic appeal and reduce safety hazards.
