Executive Summary
   
  Chapter 1
Introduction
   
  Chapter 2
Project Description
General
Status of Project
Justification of the Project
Process Details
Steam Power Cycle
Water Condensate
Grid Interface
Raw Material
Product & By product
Water System
Water Requirement
Provision for Pollution Control
Project Implementation
Power Requirement
Waste Water Generation
Spilage, leakage
Boiler Blow Down
Characteristics of waste Water
Effluent Treatment Plant
Effluent Treatment Process
Specification of ETP Plant
Gaseous Emmission
Solid Waste and its Disposal
Noise (Source & Control)
   
  Chapter 3
Environmental Setting of Site
Physical Environment
Aesthetic Environment
Existing Secenario of Co-generation Power Plant
   
  Chapter 4
Environment Impact Prediction
Impact During Construction Phase
Impact during Operation Phase
Impact on Socio-Economic Environment
   
  Chapter 5
Environment Impact Analysis
Matrix Method
Check List Method
Expert Advice
Economic Technique
   
  Chapter 6
Environment Management Plan
Air Pollution Control
Noise Pollution Control
Command Area Development
Monitoring System
Monitoring Facility
   
   
  Annexures
List of Machinery
Study Area
Plot Plan  
Ambient Air Quality Monitored at MPCL  
Meteoroloical Data at MPCL  
Noise Level Monitored Monitored at MPCL  
Ground Water Quality Monitored within Buffer Zone  
Surface Water Quality Monitored Within Buffer Zone  

 Land Use Pattern Within Buffer Zone

 

Soil Quality Monitored Within Buffer Zone

 

Cropping Pattern Within Buffer Zone

 

Demographic Structure Within Buffer Zone

 

Occupational Structure Within Buffer Zone

 

Post Telegraph and Communication Facilities Within Buffer Zone

 

Educational Facilities Within Buffer Zone

 

Health Care Facilities Within Buffer Zone

 

Drinking Water Facilities Within Buffer Zone

 

Flow Diagram of Sugar ETP

 

 

4.0     ENVIRONMENTAL IMPACT PREDICTION

 Prediction involving identification and assessment of potential impacts of the project on the surrounding environment is a significant component of REIA studies. Environmental impact in the study area is any alteration of environmental conditions, adverse or beneficial, caused or induced by the impact of project.

The concept of co-generation is different from sugar industry. The basic is non -seasonal industry Secondly, the Government fixes the tariff of the power. This industry is subjected to lot of uncertainties such as price of sugar cane, crop yield etc.

As, Indian agriculture industry has to depend on the monsoon rains and irrigation facilities; the sugar cane crop production is subject to changes from place to place and year to year. In addition, the price of major raw material i.e Sugar cane varies from one place to another, farmer to farmer and from one industry to the other even for the same quality.

Moreover, Sugar Factories are required to be established in rural areas having the major agriculture crop as sugarcane. This is because; majority of sugar production in India is carried out from Sugar cane and there is a well-established process as well as there are indigenous suppliers of Plant and Machinery required for the Sugar factories.                                                                             

In line with any industrial development, the sugar factories and associated co-generation projects have environmental impacts during construction and operational phases. However, by-and large the impacts are local and there are no major sub regional or regional impacts.

Like any other industrial project, the proposed co-generation plant involves activities such as erection of plant and machinery and creating infrastructure for transportation of raw material and finished products as the main activities during construction phase. These activities during construction phase have various impacts on air & water quality, noise levels, socio-economic environment etc.

However,   these  industries  are  traditionally well  known  for their  adverse environmental impacts due to the bagasse and ash disposal problems in operational phase. Co-generation plants have solved the problem of bagasse disposal. Thanks to the tax concessions / incentives granted by the Central and State Government as well as activities of other government / non-government agencies for promoting non-conventional energy sources for power generation.

 
 

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