Locations
Hong Kong · North Point, Hong Kong
industry
Renewables & Environment · Sustainability
Size
1 - 10 employees
Stage
Other
founded in
2015
As a top-10 brand of Hong Kong, Heaven Springs Dynasty Harvest Group (“the Group") is committed to breaking through the challenges of global water resources through high technology, providing water for sustainable development utilizing atmospheric resources. Its businesses include intelligent technology, natural resources, environmental protection, film and television culture, the Internet, luxury goods, as well as big data. The Group has registered more than 200 international patents within the PCT system of 152 contracting states in WIPO, including several inventions in atmospheric water generation, like the Atmosphere Dew Transformation System, which realizes a revolutionary breakthrough to an independent, reliable, sustainable water resource from the atmosphere. Heaven Springs Atmospheric Water Generator is designed to convert air into safe drinking water efficiently. Atmospheric water generation is not subject to geographical restrictions and power sources; its process produces no wastewater while purifying the air. Its product's water quality meets the World Health Organization’s guidelines for drinking water and other standards internationally. The series of Heaven Springs Atmospheric Water Generators can produce 30 liters to 5 tons of water per day. A typical atmospheric water generation plant adopting a system of renewable energy supplies from solar power and wind power can produce more than 100 tons of safe drinking water per day with no water consumption, no pollution, and no additives. This could be a new idea and way to address drinking water problems in places without water resources and supplies like ocean islands, ships, offshore working platforms, places suffering natural disasters like drought and flooding, as well as places with physical water scarcity like deserts. This black technology product, the Atmospheric Water Generator, could help with the water scarcity and pollution problem in military, agricultural, industrial, and domestic uses.
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