Given the importance of groundwater loss through the release of water vapor by the process of transposition, the redirection of this transpiration has been utilized as the main source of alternate water supply. As electrostatic force tends to drag the water molecule down, a static electricity force forming capacity tank is suggested to be placed near the plants of each home. Owing to the electrostatic force, this tank will collect the water molecule from the transpiration vapor of the trees and then be collected in the tank. This collected water in the tank will be purified by applying Ultraviolet (UV) technology locally. The results suggested that only four standard oak trees can provide a family of four persons with the necessary amount of water for the entire year. Given that, the groundwater strata are rapidly diminishing to a finite level; thus, the earth is in danger of becoming vulnerable due to the fast depletion of its groundwater layers. It is imperative that this imminent danger must be addressed immediately. It is intriguing that this new technology offers a comprehensive solution to the global water crisis, which will undoubtedly pave the way for a new era in sustainable water infrastructure science.

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Intransitive Technology of the Plant’s Transpiration Mechanism to Meet the Global Water Perplexity

  • Md. Faruque Hossain

摘要

Given the importance of groundwater loss through the release of water vapor by the process of transposition, the redirection of this transpiration has been utilized as the main source of alternate water supply. As electrostatic force tends to drag the water molecule down, a static electricity force forming capacity tank is suggested to be placed near the plants of each home. Owing to the electrostatic force, this tank will collect the water molecule from the transpiration vapor of the trees and then be collected in the tank. This collected water in the tank will be purified by applying Ultraviolet (UV) technology locally. The results suggested that only four standard oak trees can provide a family of four persons with the necessary amount of water for the entire year. Given that, the groundwater strata are rapidly diminishing to a finite level; thus, the earth is in danger of becoming vulnerable due to the fast depletion of its groundwater layers. It is imperative that this imminent danger must be addressed immediately. It is intriguing that this new technology offers a comprehensive solution to the global water crisis, which will undoubtedly pave the way for a new era in sustainable water infrastructure science.