Technologies to Generate Rain

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Outdoor rain.

The air pollution in China is among the worst in the world. Images of thick, noxious smog blanketing its most polluted areas are all too familiar. Air pollution is still a concern in many parts of the world, despite their progress. Weather Modification International, based in North Dakota, employs planes to clear air pollutants and draw more rain from them in view of these pollution concerns. 

Cloud Seeding 

This is a technology to cause more to fall out of its natural timing and volume. In the same way a player can enjoy verde casino  bonus za rejestrację, this technology can freely bring out more rain from the sky to help the disruption of global water supplies. However, climate change and an expanding worldwide population have created a new sense of urgency because of the disruption of global water supplies. 

The World Wildlife Fund estimates that water scarcity may affect two-thirds of the global population by 2025. Using cloud seeding, the natural precipitation mechanism is described as “enhanced” by Weather Modification.

With advanced engineering, storms can extract more moisture from the clouds, resulting in greater efficiency. Weather Modification aircraft captain Brian Kindrat told Rachel Crane of CNNMoney, “We can do nothing if there aren’t any clouds in the sky with any moisture in them,”. To help Mother Nature, we need to tap into what she has to offer.

Using Cloud to Change the Climate

Pilots use a mixture of silver iodide and water to do this, aiming for clouds with a lot of moisture. As the additional particles settle, the cloud water condenses around them, making it heavier. Then it turns into rain and falls to the ground. As it travels across any liquid water, it will freeze and change to snow, allowing it to fall off the cloud. In 2017, the National Science Foundation financed a study to investigate the efficacy of cloud seeding. The Weather Modification program, begun in 1961, supplied planes for the research. 

The company thinks that cloud seeding could only a part of the solution to droughts.

For example, “If you went back and looked at California and said if we had an additional 10%, 15% or 20% of snowfall or precipitation over the last decade… it would be dramatically different,” said Neil Brackin, Weather Modification president. Snowpack is snow that is piled up and melts slowly. As it melts, it feeds rivers and streams. There is also interest from businesses. Idaho Power, which has more than 500,000 customers and 17 hydroelectric power supplies, put more than $3 million into a program to get more snow on Idaho’s highest mountains. 

Shaun Parkinson, who oversees water resources at Idaho Power, said, “That’s what feeds our rivers and streams and our hydro system during summer and fall, which is when we really need that extra energy.” Due to the cloud-seeding program, the amount of snowpack is going up by 8% to 15%. The company says that means it can power an extra 60,000 homes on average. Another $9 million in water that would have otherwise gone uncollected by mountain peaks which is an equivalent of the company’s return on investment of 300 percent earned by the company.

Conclusion

Idaho Power, for example, benefits from cloud seeding because of the additional water it receives, but so does the township. You can grow crops, we can consume it, as a result, everyone wins. Long-term effects of cloud seeding, on the other hand, remain a mystery and yet to be uncovered.

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