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Waste managers are modern day alchemists! But, their work and the industry don't get deserved attention from the wider community! A...
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Original post on WTERT's blog can be accessed here . This is my first (re)post about waste management in India after starting be Waste ...
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CONTENTS: 1. Per Capita Waste Generation 2. Quantity of Waste Generated 1. Per Capita Waste Generation Waste generation rate in Indi...
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As much as I am a fan of fundamental research, which is defined as "gathering knowledge for knowledge's sake", I would like t...
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This post is an edited/updated version of Section 4 from Sustainable Solid Waste Management in India Contents 1. Impacts of Improper ...
Real life examples of the impact of waste management on water pollution mentioned in this article are provided in my latest report Observations from India's Waste Crisis (February, 2013).
Unsanitary landfills, which are more commonly referred to as open dumpsites can contaminate ground and surface water resources when the leachate produced percolates through the soil strata into the groundwater underneath or is washed as runoff during rains. Leachate is generally a strong reducing liquid formed under methanogenic (anaerobic) conditions. The characteristics of leachate depend on the content of various constituents in the dumped waste (
4).
“
Studies on Environmental Quality in and around Municipal Solid Waste Dumpsite” in Kolkata, by Biswas A.K., et al. found moderately high concentrations of heavy metal in groundwater surround the dumpsite. The study found out that the groundwater quality has been significantly affected by leachate percolation.
Leachate generally contains organic chemicals formed by anaerobic digestion of organic wastes and heavy metals leached from inorganic wastes.
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| Percolation of leachate in to the ground from a dumpsite like this can effect the quality of ground water used by the nearby community - Pimpri Chinchwad, Maharashtra, India (Ranjith Annepu) |
Rapid urbanization is increasing the pressure on the limited waste and sanitation infrastructure in cities of the developing world. The rate of urbanization in today’s world, driven mainly by these cities is unprecedented and therefore the challenges it presents are much larger in scale and different in scope compared to those experienced in the past by developed countries. To be able to address these challenges, we need new research which can use latest technological tools in understanding changing life styles, public expectations and infrastructural needs, and also to design innovative solutions.
Research in waste management in transitional countries should mainly focus on facilitating decision making. It should be targeted at national policy makers and at municipality level decision makers.
After generous contributions from friends online and offline, I
finished editing the report "Observations from India's Crisis". The report is now available in two versions.
You can find the report here:
1) On Times of India here (updated March 9, 2013)
I thanks Mrs. Sudha Nambuduri for providing a chance to disseminate this report to a larger audience by publishing
an excerpt of it in the English Daily with the largest circulation.
2) On WTERT's Blog here (updated March 9, 2013)
Thanks to Professor Nickolas Themelis and the Global WTERT Council for allowing me to publish the report in the form of a blog post, which will make it more easily searchable on google.
3) On Clean India Journal here (
updated Jan 24, 2013)
I thank the Managing Editor Mohana for the interest in the issues covered in the report and for offering to publish it in their latest venture Waste Recycling India magazine too.
4) On Paneuro - Energy & Environment Magazine here
Username: paneuro
Password: z713xdr
Page: 65
I thank the Magazine Editor Paul Patane for featuring my article alongside articles by Danish Minister for Climate, European Commissioners for Climate Control, Energy and Environment, and other brilliant minds.
5) On D-Waste's website here
I thank D-Waste's CEO Antonis Mavropoulos and Maria Tsakona for being the first people to recognize the potential of the report.
6) At BioEnergy Consult's website, published as three articles
here
I thank Salman Zafar and Arafat Aden for their encouragement.
The full list of Acknowledgements and Bibliography of the report will be published on www.wtert.org
Thank you all again for your interest and time.
Ranjith Annepu
Glossary
CH4 Methane
CO2 Carbon Dioxide
GOI Government of India
INR Indian Rupee
JnNURM Jawaharlal Nehru National Urban Renewal Mission
LFG Landfill Gas
MBT Mechanical Biological Treatment
MSW Municipal Solid Waste
NEERI National Environmental Engineering Research Institute
RDF Refuse Derived Fuel
SLF Sanitary Landfill
SWM Solid Waste Management
USD United States Dollar
WPs Waste Pickers
WTE Waste-to-Energy
WTERT Waste-to-Energy Research and Technology Council