How population affects Water scarcity.

As the global population grows, the demand for water increases in various sectors such as agriculture, industry, and domestic use. This heightened demand places additional stress on already limited freshwater resources, leading to water scarcity in many parts of the world.

What is Water scarcity? It refers to a situation where the demand for water exceeds the available supply within a particular region or country. It can occur due to physical water scarcity, which is a result of inadequate natural water resources like rivers, lakes, and groundwater, or due to economic water scarcity, where the infrastructure and technology required to access and distribute water are lacking.

Population growth exacerbates water scarcity through several mechanisms:

Increased water consumption: As more people inhabit an area, the overall demand for water rises. This includes not only drinking water but also water for sanitation, hygiene, and daily household needs. As a result, water supplies may be strained, especially in regions with limited freshwater resources.

Agricultural demands: Growing populations require more food production, which in turn necessitates increased irrigation for crops. Agriculture is a major water consumer, and as populations expand, more water is needed to sustain food production. This can further deplete water sources and contribute to water scarcity.

Urbanization: Rapid population growth often leads to increased urbanization, with more people moving to cities. Urban areas require significant water supplies to support their populations, industries, and infrastructure. If urban planning and water management practices are inadequate, this can result in water shortages and scarcity.

Competition for water resources: Increasing population densities can lead to competition for limited water resources among different sectors and user groups. Conflicts may arise between agricultural, industrial, and domestic water users, further exacerbating water scarcity.

In some regions, population growth has outpaced the development of water infrastructure and management systems, leading to water scarcity issues. Additionally, climate change can impact rainfall patterns, leading to droughts or irregular precipitation, further aggravating water scarcity problems.

Efforts to address water scarcity involve a combination of conservation measures, efficient water use, infrastructure development, and sustainable management practices. 

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Moreover, increasing infrastructural development and rapid industrialization have contributed to water scarcity, thereby augmenting the demand for these products over the forecast period.

Atmospheric water generators (AWGs) are manufactured using two principles, including cooling condensation and wet desiccation. Cooling condensation is the most widely used technique owing to large-scale installations in various industries. The wet desiccation technology is comparatively new and is primarily used in army base camps and large-scale industries.

Atmospheric water generators are mainly utilized in industrial and commercial facilities owing to high installation costs. Initiatives taken by companies across several sectors to implement eco-friendly practices in the business are expected to drive the product demand in the industrial application segment.

Rising research & development activities in this technology are likely to enable manufacturers to develop generators with increased efficiency and reduced ow environmental impact. New product development initiatives undertaken by various manufacturers now integrate onboard power generation units, including wind turbines and solar panels.

Many emerging manufacturers, such as Akvo Atmospheric Water Systems Pvt. Ltd. and Drinkable Air, are primarily involved in making domestic AWGs on account of the relatively simple production process. In addition, increasing investments by various governments in water infrastructure is expected to boost the demand for AWGs in residential applications.

Atmospheric Water Generator Market Report Highlights:

  • The cooling condensation segment accounted for the largest revenue share in 2021 owing to the improving technology, along with rising demand for cooling condensation water generators in water-stressed regions.
  • The industrial sector is expected to witness a significant CAGR from 2022 to 2030 on account of the growing demand for water in electricity generation, papers, mining, textiles, and pharmaceutical drugs applications.
  • The product demand in Asia Pacific is likely to grow at the fastest CAGR over the forecast period due to water scarcity and depleting freshwater resources coupled with the rising infrastructural activities and rapid industrialization.
  • In January 2020, Energy and Water Development Corp. (EAWD) sold its self-sufficient energy supply AWG system to a Mexican company engaged in manufacturing bottled waters.

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