Producing Water.

Fresh water tower in desert conditions, condensing water from drying day heat agents’ a black polyamine isn’t a new idea. As night temperatures’ drops in most African desert climates how cactus plants survive.
This structure harnesses condensation from the air using a specially-developed material. As It’s called Warka Water as a Italian inventor hopes it could bring drinking water to every home industry for villages of Africa. As this 30ft high bamboo 'flower basket' that can pluck drinking water from thin air. Structures use condensation to take water from the air in morning fog.
This could be built by villagers and transported to most needed areas by donkey. Designed to be used in Ethiopia where wells cannot be dug. A radical 30ft high bamboo 'flower basket' could help give water to underdeveloped areas, it has been claimed. Helping to end thirst: WarkaWater is a project conceived for the mountainous regions in Ethiopia, where women and children walk several hours to collect water. The 9 metre tall bamboo framework (mock-ups pictured) has a special fabric hanging inside capable to collect drinkable water.
This design was inspired by the warka tree.The name ‘WarkaWater’ comes from the Warka Tree, a giant wild fig tree native to Ethiopia, traditionally used for public gatherings and school education. These trees are a very important part of the ecosystem and culture of Ethiopia and its disappearance seems unfortunately unavoidable.

In many areas, they are known as the 'source of life Warka Water is designed to provide clean water as well as ensure long-term environmental, financial and social sustainability.'
Designer Arturo Vittori told 'Once locals have the necessary know how, they will be able to teach other villages and communities to build the Warka Water towers. 'Each nine-metre tower costs approximately $550 (£330) and can be built in under a week with a four-person team and locally available materials. They are designed for areas where digging wells is not possible. 'WarkaWater' is a project conceived for the mountainous regions in Ethiopia, where women and children walk several hours to collect water, the designers said.
The bamboo framework has a specially-engineered fabric hanging inside it, capable of collect fresh water extracting condensation from the air.  The lightweight structure can be constructed, lifted and fixed to the ground without special machinery. The tower can also be equipped with a solar-powered LED to provide illumination at night, giving the chance to children to study after sunset and also supporting the social space in the village in the evening. The lightweight structure can be built with local skills and materials by the village inhabitants. Vittori hopes to have two WarkaTowers erected in Ethiopia by 2015 and is looking for financial rainmakers who'd like to seed these tree-inspired structures across the country.

The tower is built in sections installed from top down, so no scaffolding is needed. The bamboo structure (pictured) uses condensation to remove moisture from the air using a specially developing material. It is hoped that the concept will help bring water to people living in Africa.
 The 9m tall bamboo framework has a special fabric hanging inside it capable to collect drinkable water. Designers hope to have two WarkaTowers erected in Ethiopia by 2015. The lightweight structure can be constructed, lifted and fixed to the ground without special machinery. The stable triangular framework  of the tower is achieved by connecting the bamboo either with natural fibre, plastic or metal wires. Handmade The stable triangular framework of the tower is achieved by connecting the bamboo either with natural fibre, plastic or metal wires The lightweight structure (diagram pictured) can be constructed, lifted and fixed to the ground without special machinery.
The stable triangular framework of the tower is achieved by connecting the bamboo either with natural fibre, plastic or metal wires Each tower (aerial view pictured) costs approximately $550 and can be built in under a week with a four-person team and locally available materials The fog-harvesting fabric can be lovered for maintenance, but also to indicate the availability of water from far. The tower can also be equipped with a solar-powered LEDto provide illumination at night, giving the chance to children to study after sunset and also supporting the social space in the village in the evening.  In further developments muscle powered energy can be produced by people while gathering under the tree, the team say. From above: The stable triangular framework of the tower is achieved by connecting the bamboo either with natural fibre, plastic or metal wires