AWG Tech – My WordPress Blog

When science and technology meet to produce drinkingwater the the future.

We aim to produce involume, for both rural areas, camps,
agriculture and industry

Why do we do this?

Lack of clean water

The lack of access to clean water is a growing global challenge that threatens human life and sustainable development.

Climate refugees

More people will become climate refugees due to lack of water, or because of conflicts that arise as a result. Women and children are particularly vulnerablewhen collection of water.

Water scarcity by 2025

Four billion people in the world face at least one month of water scarcity every year, and will turn into a food crisis in many areas of the world.

Problem 1

The lack of access to clean water is a growing global challenge that threatens human life and sustainable development. Many countries are facing their worst water crisis ever, and the situation will become more severe in the coming years due to many factors such as due to a growing population, urbanization, unsustainable use of existing water resources, and climate change. Therefore, new technological solutions are needed to solve the global water crisis.

Problem 2

The UN estimates 48 countries will experience water scarcity by 2025. Four billion people in the world face at least one month of water scarcity every year, and the water crisis will turn into a food crisis in many areas of the world. Producers of food in Europe have depleted the groundwater, and the production of food is affected by this. Increased global temperature will lead to an increase in groundwater temperature, which in turn means an increase in bacterias harmful to humans.

Problem 3

More people will become climate refugees due to lack of water, or because of conflicts that arise as a result. Women and children are particularly vulnerable when collection of water. The amount of available fresh water is reduced for both industry and privatehouseholds.

Our technology

All the air around us contains water. The amount depends on temperature and pressure. In the same place, the humidity will increase at night when the temperature drops, and decrease when the temperature rises during the day.

Our concept is based on cooling the air down to its dew point, and thus achieving water precipitation. The process will work automatically 24/7-365. The air we are breathing consist of a lot gases, included H2O. 1m3 of air with a temperature of 30oC contains 30 gram of H2O,( water ) If we cool this air to 0 °C it can contain 4 gram of water. The difference will condense as water.

By using heat pump technology and well-known science, we can produce an average of 30.000 litre for water each day in 1 container.