BAOBAB Luxury Safari Resort by MASK Architects
MASK Architects has designed the world’s first Eco-Tourism based BAOBAB Luxury Safari Resort in Africa which produces its own water autonomously by using ‘Air to Water technology’ energy powered by transparent solar device covered curtain glass. That will be a part of our new concept that we envision to create a sustainable and ecological community in Africa.
The aim of the project is not only to create a unique luxury residence, but also to seek innovative, sustainable and environmental solutions to the problems based on constructive and restorative project generation processes arising from the geological, climatic and environmental factors in which the project is located. With this project, our goal is to make the most basic need of water accessible rather than a luxury experience, and to prevent hunger, thirst and the diseases and deaths its cause.
We envision our concept project to help the local communities in Africa that are remote and secluded from any infrastructure and amenities. With this project we want to help build infrastructure and community, agriculture, manufacturing and water sourcing. We want to turn this into an experience where people from all over the world can come on a working holiday, to be able to give back to the community and help the local communities. The water needed in Africa has turned into a luxury.
Water should not be a luxury and should be accessible to everyone. With this project we have designed, we wanted to contribute to the communities that are in need of water.From small settlements to large towns and cities, we can and are able to build eco-settlements of the future to help with the growing issues in Africa with poverty, housing, jobs, agriculture, infrastructure, energy, health and innovation. We can build up on the sustainable settlements and help erase all the issues and start building a better future for the locals.
Integrating tourism into our planning of settlements is important because it allows people to support the local economies and to involve the locals into the project. This will allow us to build environmental awareness and how to minimize impact by raising funds and providing direct financial benefits for conservation while consulting stakeholders and the public in interest. Providing financial benefits and power to the local people will bring around a lot of interest and growth. It will help us support human rights and create democratic movements that are thinking about the future and for the sustainability of the future.
The aim is to build an eco-friendly community using the latest technologies to help with sourcing green energy. Also we have integrated technology that will allow us to source water from the air. Air to Water technology is integrated into each multi-modular living lodge structure. Each multi-modular living lodge has its own technology to produce water from humidity and optimized dehumidification techniques to extract and condense moisture in the air to produce healthy, purified drinking.
Self-sustaining multi modular lodges’ curtain glass is covered by transparent solar panels which can produce electricity by itself. While offering a luxury and unique experience to the users, at the same time, the autonomously produced water network will be provided to the people who are struggling with thirst in Africa. Thanks to the air filters placed inside the wooden covered aluminum poles that parametrically surround the facade of each module will let air-intake enter into these linear channels.
The channels which are integrated into the linear lattice stripes structure extract humidity from the air which is filtered, condensed, and then processed through an additional multi-step filtration system in the system room which is located at+1.50 level; producing “purified great tasting water. Thanks to letting the local air from channels which are located at the exterior facades of each module produces a Water is a water capturing system that absorbs moisture from the air and converts it into drinking water using condensation and solar energy technology.
Air is pulled by linear channels which are located at the center of aluminum lattice stripes on the facade of lodges. Each linear strip has its own filter and local air then passes through these filters. Three-Dimensional Multilayer Vertical Filament Meshes which are integrated in the channel at 45 degrees to capture water drops. Thanks to the slope of the channel, water droplets will pass through certain filtering processes and will be collected in the tank located at the center and foundation of the module. When the amount of water in the water tank located at the central foundation of each module reaches a certain amount, the water collected from the air will be transmitted to the areas needed in Africa as a network.
Our BAOBAB Safari Lodges will be enclosed in a self-sufficient community where there will be land to grow fruits, vegetables, to source water, for farming and animals, and facilities to make and sell food such as cheese, bread, meat and milk. We want to be able to build a community which can provide and feed the surrounding communities which are starving and in poverty. We are able to give work to the local people as well in agriculture and manufacturing and build a working community working alongside with people who have traveled from around the world.
We aim that our concept eco-lodges can be delivered in any remote area, and be the start to building self-sufficient communities. We have designed them to be expandable and flexible to any situation and terrain. The project will be affordable, scalable and adaptable. Using resources sustainably, we aim to reduce the impact of over-consumption and waste. Maintaining biodiversity within the settlements, binding nature and landscape together with wildlife.
The structure of the building consists of a center that houses the staircase to access different levels of the lodge, it also houses the pump for the water to be pumped up and drained down from the pool. The exterior structure is created with local wooden materials, the 40 structural pillars to support the floors and also to house the transparency glass or light-weight material in between. We have incorporated internal foldable blinds that would create privacy when needed and also to allow cooling from the shade in weathers that reach high temperatures. Source by MASK Architects.
Image © MASK ArchitectsLocation: Africa
Archietct: MASK architects
Lead Designers and Architects: Öznur Pınar Çer and Danilo Petta
Architectural Report Press: Sarje Nagda
Gross Built Area: 25.845 sqm
Images: Courtesy of MASK Architects
Image © MASK ArchitectsImage © MASK ArchitectsImage © MASK ArchitectsGround Floor PlanFirst Floor PlanSection