10Feb 2019

NANOTECHNOLOGY IN WATER TREATMENT, CASE STUDY IN BANGALORE.

  • Dept of Microbiology, Bangalore university, Bangalore.
  • Dept of Biotechnology, Utkal University, Bhubaneswar.
  • Dept of Biotechnology, Sambalpuruniversity, Odisha.
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Water shortages and lack to safe drinking water will continue to grown as major problems. One billion people access to safe drinking water and 3.4 billion people access to proper sanitation , increasing to access drinking water is the nanotechnology application could play an essential role in the solving this water by introducing effective and cheap waste water treatment techniques .the main aim of the paper is assess the applicability of using nanotechnology in waste treatment in Bangalore, the paper discusses the definition of nanotechnology and green nanotechnology application areas , the paper is defined the using impacts and risks of nanotechnology ,then we defined the case study of Bangalore in using nanotechnology to solve the potential problems to solve the water problems ,the study concluded that although nanotechnology can help to solve the problems ,there is some challenge using nanotechnology ,these challenge include technology ,market challenge and human health risk at Bangalore .waste water treatment is the process of converting waste water that is no longer needed or is no longer suitable for uses into bilge water that can be discharged back into the environment .it is formed by a number of activities including bathing ,washing ,rainwater runoff.


  1. Sustainability of water publication based on nanotechnology, international journal of sustainability, volume3.
  2. P karn and lynnl . Bergeson 2009, green nanotechnology, natural resources and environment, volume 23.
  3. Nanotechnology in water treatment, report by bcc research council of European union 2007.
  4. I j elsalibyetal (2003) , nanotechnology for waste treatment in brief, water and waste treatment technologies.
  5. Lusiafillpoonoi and Duncan Sutherland (2007) application of nanotechnology, environment, nanotechnology capacity building
  6. Mcderost (2004) nanotechnology patent literate review.
  7. The impact of nanotechnology on companies, policy insights from case studies republic of south Africa, national nanotechnology strategy.
  8. Mihailroco( 2009) the long view of nanotechnology development , the national nanotechnology initiative at 5 years.
  9. Ministry of water resources and irrigation (2014) water treatment in Bangalore, the urgent need for regional cooperation among basin countries.
  10. Meridian institute (2014), nanotechnology of waste water treatment national nanotechnology resources.
  11. MohyEIdinomar and rifaatabdelwahaab, waste reuse in Bangalore, opportunities and challenges.
  12. Naglaa Mohamed (2010) reuse of waste water treatment in region, Bangalore, karnatak.
  13. NFR (2013) nanotechnology and waste water, science and technology, republic of south Africa.
  14. UN (2013) the millennium development goals report 2014.
  15. Thembelahille and etal (2013) nanotechnology, water treatment and development, merdian institute.

[Ajay Kumar Sahu, Prangya Paramita Acharya, Barsha Rani Kar, Rahul Nemani and Manjunath Gowda (2019); NANOTECHNOLOGY IN WATER TREATMENT, CASE STUDY IN BANGALORE. Int. J. of Adv. Res. 7 (2). 142-149] (ISSN 2320-5407). www.journalijar.com


Ajay Kumar sahu
Bangalore university

DOI:


Article DOI: 10.21474/IJAR01/8470       DOI URL: http://dx.doi.org/10.21474/IJAR01/8470


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