How atmospheric water generation can solve a global climate change crisis such as Climate Change, droughts, and extreme weather?

How atmospheric water generation can solve a global climate change crisis such as Climate Change, droughts, and extreme weather?

Water circulation is part of our daily lives, but climate change may have disastrous consequences for our daily access to water. Climate change and man-made droughts are taking a toll on the lives we know.

Drought is a lengthy period of dry climate driven by a lack of rainfall which is highly depleted of water for activities, populations, and ecosystems. Drought is also defined as a prolonged imbalance between precipitation and evaporation. Drought can also be caused by human activities, such as outdated water management processes, increased demand, and excessive cultivation.

Climate change Crisis

Climate change is influencing each region of the world. Polar ice melts, and the sea is raised. Extreme weather and rainfall are more common in one area, and more extreme heat and drought occur in another. We need to take measures against climate change now. Otherwise, these effects will only intensify.

Climate change is a severe threat, and its impact extends to many aspects of our lives. Below is a list of the significant effects of climate change:

Extreme weather

Climate warming is changing the weather in different parts of the world. In particular, it causes unusual weather conditions that have not been seen in the past. These extreme weather events can affect people's health, such as limiting access to clean drinking water, food, and shelter or strain people's ability to cope with heat, drought, and flooding.

More rain and floods

In some areas, storms can cause more severe rain due to increased evaporation and increased amount of water in the air. As a result, flooding increases the risk to the environment and the human body.

Severe drought

As the temperature rises, evaporation increases, water in the air evaporates, and drought occur in some parts of the world. Further drying is expected in areas prone to drought in the next 100 years. In this situation, a decline in the crop is expected, which is bad news for farmers.

The intensity of a hurricane

Sea temperatures increase the force of hurricanes and tropical storms, increasing landfall risk. Scientists continue to study how climate change affects the number of these storms, but they know that storms will be powerful and devastating in the future.

Affecting access to water

Climate change is already affecting people worldwide's access to water, causing more severe droughts and floods. The rise of the Earth's temperature is one of the main factors in this problem. Climate change affects the water cycle by determining when, where and how much rain falls. Over time, more severe weather events occur. It is believed that the increase in temperature will increase water evaporation, the amount of water vapor in the atmosphere, and lead to more frequent and heavy rain in the coming years.

Impact of climate change on drought

Drought is often described as a period of relative drying and soil moisture reduction. Drought can be affected by water management and land use, but climate-related factors such as rainfall and evaporation determine the basic situation. Today's climate change is caused by increased heat-trapping gas emissions, which majorly exacerbate drought by affecting precipitation and evaporation.

Here are three significant impacts of man-made climate change on drought.

  • The increase in temperature promotes evaporation and dries the soil and vegetation. Last summer, for example, the U.S. West experienced record high temperatures and dryness; this spring, soil moisture in the West fell to a record low in the last 120 years.
  • Changes in the circulation patterns affect the characteristics of the storm, such as where it occurs and what its course is. For example, the 2020 summer monsoon does not reach the Southwest, worsening water stress.
  • Higher temperatures and transitions in rain patterns could lower snow cover, run snow melt and reduce the water supply in many areas. For example, some western regions have seen about 40% less snow over the past 35 years.

Effects of drought on water supply

The lack of available water defines water supply drought. During a drought, communities may be restricted from using domestic water, such as drinking, cooking, cleaning, and watering plants, or water for agriculture, transportation, and power generation. Drought has also led to rising water bills and a rationing system, even depleting essential water sources such as wells, like the 2021 drought in rural California. 

Howe atmospheric water generation can solve a global climate change crisis?

Atmospheric Water Generation (AWG) uses technology to produce drinking water from the surrounding air. It could expand water availability for problems that could disrupt drinking water services, such as water shortages and pollution. Infrastructure failures in public water bodies, such as natural disasters such as hurricanes and contamination problems due to pipe corrosion, have led to growing interest in AWG technology as an emergency and long-term supply solution. The water produced by the atmospheric pressure water generator has optimal water quality and is suitable for drinking water and cooking.

Atmospheric water generator

Atmospheric water production equipment ranges from 1-20 liters of household equipment daily to industrial equipment daily. The amount of water generated depends mainly on the temperature and water vapor in the air (humidity). The most common AWG system uses a capacitor and cooling coil technology to pick up moisture from the perspective, just like household dehumidifiers. Operating these condenser and fan systems requires a lot of energy. Still, recent technological advances have greatly improved the ratio of energy and water, making it more likely to use these systems to enhance the country's drinking water resources.

Emergency water solutions

Finally, the main reason for introducing Aquaphant atmospheric water generator equipment is emergency water solutions during the climate change crisis. A single unit during recovery can provide drinking water for family members and help preserve supplies. Whether you live in a faraway place or go to a site with poor living conditions due to work, you use it to secure clean drinking water.

Our solutions combine high efficiency with low energy consumption to reduce the production cost per liter of water. Customers don't have to worry about logistics, waste, or plastic bottles, and our atmospheric water generator is a very sustainable option. An Aquaphant atmospheric water generator is the best way to produce instant water anywhere in any situation to meet your needs.

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