The Sunrise Waterpark Project in Abuja, Nigeria
In the heart of West Africa, in Abuja, Nigeria, rises the Sunrise Waterpark, the largest water park in the entire region. This architectural marvel is not only a masterpiece of design and fun but also a model of innovation and sustainability.
Task
The local construction company assessed the situation and contacted us during the initial phase of the work for advice related to erosion control and greening the numerous slopes within the park.
After a thorough analysis of the situation, we decided to proceed with several solutions, some of which involved the use of coconut bio-nets and others implemented with our innovative solutions: Hydroter and Hydromat. These technologies represent the forefront of the sector, offering sustainable and long-lasting solutions to tackle complex environmental issues. Hydroter, an effective solution for the regeneration of sterile soils, significantly improves their structure and fertility. This unique product facilitates robust vegetation growth, transforming arid and inhospitable areas into lush lands. Its application at Sunrise Waterpark plays a crucial role in revitalizing the soil, ensuring fertile ground for green areas and lush landscapes.
Simultaneously, Hydromat MFL stands out as an effective defense against erosion. This product not only ensures lasting erosion control but also promotes vegetation growth and soil stability. Its implementation in the Sunrise Waterpark project is strategic, protecting the land from natural erosive forces and ensuring the longevity and sustainability of the park’s infrastructure.
Our involvement in the Sunrise Waterpark project in Abuja is not just a testament to engineering excellence and environmental sustainability but also a symbol of our commitment to soil conservation and biodiversity. Through the use of Hydroter and Hydromat, we are laying the foundation for a greener future, demonstrating that innovation, fun, and environmental responsibility can go hand in hand.
Full Service can satisfy every request by advising on the most suitable type of product in each situation, evaluating the pedological, lithological, morphological and climatic conditions influencing the choice of the most suitable system and components.