ZharBiz WaterMicronWorld "Atmospheric Water Generators" 2019 Technology

Eastwood Manila:
ZharBiz WaterMicronWorld AWG- Drinking Water Technology is the solution for the insufficiency of clean water worldwide.

The Problem: Shortage Of Clean Water

While most of the earth’s surface is covered by water (70%), only a measly 3% is fit for human consumption. The remaining capacity often necessitates intensive purification procedures which require colossal amounts of money to accomplish. As a result, a vast majority of people are forced to resort to using impure water that comes with a load of potential health hazards.

Additionally, the constant increase in global population has an adverse impact on the available freshwater sources. Due to declining number of natural clean water sources, many regions across the world are on the brink of facing a water crisis in the future.
According to the World Economic Forum, the demand for freshwater in 2030 will be overwhelming, a statistic that highlights the gravity of this matter.

In an attempt to combat the water shortage menace, ZharBiz WaterMicronWorld (AWG) Water Technology are working with Governments around the world.
The reason behind the inefficiency is the presence of stringent bureaucratic regulations that inhibit the actualization of projects.

The AWG Drinking Water Project:

ZharBiz WaterMicronWorld, technology is the solution to restore transparency and guarantees the fair use of Drinking Water for humanitarian causes.

AWG-Technology:

The Atmospheric Water Generators:
The AWG home/office atmospheric water generator machine is a humidity and temperature driven self-contained unit making water from the air.

AWG-Home/Office generates up to 30 liters of pure drinking water per day depending on the specific atmospheric conditions of a particular geographic region.

AWG- Home/Office simply replaces the need to rely on municipal water systems, transport, storage and consumption of bottled water.

This AWG machines can reliably manufacture pure fresh drinking water in environmental humidity levels as low as 25%. AWG-Home/Office is the solution for a growing demand to supply safe and pure drinking water to the world.
Our Industrial AWG-C unit’s produce 100, 200, 250, 500, 1200, 1500, 3000 and 5000 Liters per day of pure drinking water from the humidity (From the Air We Breathe).

For More Information, go to our Website:
www.watermicronworldwaterfromair.wordpress.com

WaterMicronWorld is the leader in the manufacture, marketing and distribution of highly advanced atmospheric water generators that extract the moisture from the air and converts it into clean, pure drinking water. Water, essential for all aspects of life, is the world's most valuable commodity and is becoming increasingly scarce.

The population of the world continues to increase, yet the clean and drinkable water supply continues to decrease. Throughout history humans have always looked down while looking for a source for their water needs. They have always extracted from holes in the ground, wells, ponds, lakes, rivers and aquifers. All of these sources have one thing in common, which is that we are taking water out faster than nature can replace it.

The solution is to extract water from a new source, one that is plentiful, renewable and accessible to most people around the world. WaterMicronWorld is committed to provide pure drinking water around the world to all those people that need it most and to provide critical emergency pure drinking water to first responders, relief agencies and government institutions.

We bring an ecologically friendly and new source of pure drinking water to industry, businesses and home users alike. We provide truly affordable, state-of-the-art technology that is easy to operate and maintain. Our technology taps into a water source that does not place more demands on Mother Earth--Pure water from the air we breathe!

15K Cyber One Office Bldg., Eastwood Ave., Bagumbayan Quezon City, Metro Manila,

ZharBiz-WaterMicronWorld@asia.com
Phone 927557931

This release was published on openPR.