There is a series of basic problems that cause great tragedies that are at the origin of the problems of many people. Second to a document of the World Bank, the water constitutes one of the main concerns of the United Nations. Quase the goal of the world population has access to a basic health system and about 1.5 million people do not have access to potential water.
Of all water consumed in the world, 67% is used in agriculture and 19% in industry. A water for domestic use nem sequer chega 9%.
Molecular manufacturing could replace a high percentage of industrial production. Furthermore, a large part of agriculture could be transferred to stoves and domestic water can be treated and recycled.
If we take these measures, or water consumption will be reduced by a minimum of 50% and, provávelmente, até90%.
A series of doenças related to water rises to the death of thousands, thousands of babies are calmed a day. It would be possible to prevent all of this with basic technology, technology that can be manufactured in an inexpensive way, is houver cheap and portable factories.
Molecular nanotechnology can offer similar opportunities in many areas.
We spent days of leafing, much water is wasted because it is quase pure, even though it does not cem for cent. Simple and reliable electrical and mechanical treatment technologies can recover polluted water for use in the agricultural sector or even for domestic use. These technologies only require initial manufacturing and a small power source. 100% of bacteria, viruses and priões can be eliminated through physical filters with scalananometric pores. An electrical separation technology that attracts data to supercapacitor sheets can eliminate sais and meta-heavy.
A capacity to recycle water from any source for any user could be able to collect huge amounts of water and allow the use of water resources that I have not been able to take advantage of. It will also be possible to reuse the sources of water from agricultural plants and industries. We control the residues, it can be filtered, concentrated and purified and, also, it can be used for rent.
As is the case with aquiloconstructed through molecular nanotechnology, the initial costs of manufacturing a water treatment system would be very reduced, such as energy storage. The very small filter elements can be controlled and clean through small actuators and well structured filter materials. We will be able to integrate fully automated self-contained filter units into efficient scale systems.