At last, the green technology has already influenced its way to be the feasible solution on removing the pollution and environmental stability. It tries to minimize the pollution by exploring different routes of its reduction, unearthing problems in it and evaluating its suitability for sustainability. A quantitative analysis method is used that uses surveys and expert interviews of policymakers, industry, environmental experts and communities that are affected. As stated in the study, green technology is very good in reducing pollution, but it is expensive, restricted by technology, policy inconsistent and lack of public awareness, which makes it challenging to be widely adopted. It is found that adoption is effective only when there are constraints of financials, while government incentives and technological development help in implementation of the adoption. The study also notes that to be a truly sustainable green technology, it is important to conduct comprehensive and thorough life cycle assessments for green technologies. The research argues that financial incentives on policies for green technology must be greatly strengthened, schooling public regarding green technology is needed, and financial incentives need also to be strengthened. What it is really is that adoption requires that governments themselves, industries and communities themselves must come together to speed adoption and to solve current barriers. Finally, this study offers interesting insights into ongoing transition towards sustainable technological solutions as well as ways of overcoming the difficulties and thriving to a cleaner and healthier future.

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Harnessing Green Technology for Pollution Reduction: Innovation, Challenges, and Sustainable Outcomes

  • M. Bama,
  • S. Thangamani,
  • P. Prabakaran,
  • G. Suresh,
  • R. Shankar,
  • Annie Stephen

摘要

At last, the green technology has already influenced its way to be the feasible solution on removing the pollution and environmental stability. It tries to minimize the pollution by exploring different routes of its reduction, unearthing problems in it and evaluating its suitability for sustainability. A quantitative analysis method is used that uses surveys and expert interviews of policymakers, industry, environmental experts and communities that are affected. As stated in the study, green technology is very good in reducing pollution, but it is expensive, restricted by technology, policy inconsistent and lack of public awareness, which makes it challenging to be widely adopted. It is found that adoption is effective only when there are constraints of financials, while government incentives and technological development help in implementation of the adoption. The study also notes that to be a truly sustainable green technology, it is important to conduct comprehensive and thorough life cycle assessments for green technologies. The research argues that financial incentives on policies for green technology must be greatly strengthened, schooling public regarding green technology is needed, and financial incentives need also to be strengthened. What it is really is that adoption requires that governments themselves, industries and communities themselves must come together to speed adoption and to solve current barriers. Finally, this study offers interesting insights into ongoing transition towards sustainable technological solutions as well as ways of overcoming the difficulties and thriving to a cleaner and healthier future.