Developing sensible irrigation projects in poor countries where there is an abundance of water and fertile land, but no recources to properly irrigate and develop the land for agriculture. This promotes large scale agricultural projects to feed these countries and create badly needed jobs.
Effective uses of nanoparticle technology in the remediation and sterilization of wastewater. This technology is virtually chemical-free in producing pathogen free, potable drinking water using proprietary nanoparticle technology combined with available, off-the-shelf membrane filtration.
Decentralized, modular and scalable wastewater treatment systems. Currently used in housing developments, resorts, hotels, mining sites, industrial zones, and campsites. These systems are robust and virtually maintenance free. They are made with rust-free composite materials.
Fact: Over 80% of wastewater containing numerous pollutants is released untreated back into the environment. Cleaning that water and recycling it for reuse in agriculture could cut down on pollution of lakes and streams, slowing the rate at which food production depletes freshwater.
Atmospheric Air-to-Water Machines are used to produce clean, potable drinking water extracted from the humidity in the atmosphere. These machines are portable and scalable. They can be placed in remote areas to produce potable drinking water for everyone.
Using modern science and technologies to restore contaminated rivers and streams. Excess nutrients, sewage and toxic chemicals and illegal dumping of waste materials, concentrate in waterways, causing algae blooms and dead zones where underwater life is unable to survive.
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