Delhi Urban Environment and Infrastructure Improvement Project (DUEIIP).Government of India, Ministry of Environment and Forests and Government of National Capital Territory of Delhi, Planning Department, 2001 - City planning |
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Page 1
According to a study carried out by NEERI , the calorific value varies from 528 to
895 kcal / kg , which is low , indicating that incineration of ... The sites are almost
full and the balance life has reached a critical stage , as indicated in table 1.1 .
According to a study carried out by NEERI , the calorific value varies from 528 to
895 kcal / kg , which is low , indicating that incineration of ... The sites are almost
full and the balance life has reached a critical stage , as indicated in table 1.1 .
Page 6
A survey prepared by the Delhi State Mineral Development Corporation (
DSMCD ) in the late 1990's of the whole 1,000 hectare site indicated a number of
large pits within their jurisdiction area . Figure 4.1.1 indicates the major features .
A survey prepared by the Delhi State Mineral Development Corporation (
DSMCD ) in the late 1990's of the whole 1,000 hectare site indicated a number of
large pits within their jurisdiction area . Figure 4.1.1 indicates the major features .
Page 7
0 0.5 1 km Source : DSIDC / DSMDC Waste Generation The present waste
generation from these areas is about 1,200 M.T per day and is expected to
increase to nearly 5,600 M.T. per day by year 2021 , as indicated in table 4.2.1 .
Table 4.2.1 ...
0 0.5 1 km Source : DSIDC / DSMDC Waste Generation The present waste
generation from these areas is about 1,200 M.T per day and is expected to
increase to nearly 5,600 M.T. per day by year 2021 , as indicated in table 4.2.1 .
Table 4.2.1 ...
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additional airport alternative approach base Benefits Bhati Mines body bottom capacity carried cell Central Chattarpur Compost Plant construction continuous cost cover material Deep Delhi DELHI URBAN ENVIRONMENT Design drain Electricity environmental excavated existing Figure further Government ground water growth habitats Hectare Hence human identified impact Improvement included increase indicated Infrastructure investment land fill Landfill Site landfill sites Layer leachate limits located material Million Tonnes Mitigation Measures monitoring Months municipal waste NEERI noise operation option organic period PHASE pollution Preparation present Production Project proposed reclamation recovery reduce Report result road sand sanitary landfill Scientific Development Screening serve side Site at Bhati soil solid waste Source Stores Study suitable surface surrounding Table transportation treatment trees vehicle vicinity village volume waste disposal weigh bridge wide windrow workers Zone
Bibliographic information
| Title | Delhi Urban Environment and Infrastructure Improvement Project (DUEIIP). Part 3, Issue 2 of Delhi Urban Environment and Infrastructure Improvement Project, Delhi Urban Environment and Infrastructure Improvement Project |
| Contributors | India. Ministry of Environment and Forests, Delhi (India : Union Territory). Planning Department, Delhi Urban Environment and Infrastructure Improvement Project |
| Publisher | Government of India, Ministry of Environment and Forests and Government of National Capital Territory of Delhi, Planning Department, 2001 |
| Original from | the University of Michigan |
| Digitized | 24 Jul 2009 |
| Export Citation | BiBTeX EndNote RefMan |