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Detailed Project Report (DPR) : For: 40 MW Gas-Based Power Plant

The document is a Detailed Project Report (DPR) for a 40 MW gas-based power plant, outlining project overview, background, technical details, cost estimates, financial analysis, implementation plan, and environmental compliance. It emphasizes the strategic importance of gas plants, energy demand, and includes specifics on fuel supply, water requirements, and infrastructure. The report also addresses risk analysis and provides annexures for additional documentation.

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Senthil Kumar
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184 views6 pages

Detailed Project Report (DPR) : For: 40 MW Gas-Based Power Plant

The document is a Detailed Project Report (DPR) for a 40 MW gas-based power plant, outlining project overview, background, technical details, cost estimates, financial analysis, implementation plan, and environmental compliance. It emphasizes the strategic importance of gas plants, energy demand, and includes specifics on fuel supply, water requirements, and infrastructure. The report also addresses risk analysis and provides annexures for additional documentation.

Uploaded by

Senthil Kumar
Copyright
© © All Rights Reserved
We take content rights seriously. If you suspect this is your content, claim it here.
Available Formats
Download as PDF, TXT or read online on Scribd
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DETAILED PROJECT REPORT (DPR)

For: 40 MW Gas-Based Power Plant

1. Executive Summary

 Project overview

 Location

 Capacity: 40 MW

 Fuel: Natural Gas / LNG / CNG

 Estimated cost

 Promoters

 Timeline

2. Project Background & Justification

 Energy demand and supply gap

 Strategic importance of gas-based plants

 Environmental advantages over coal

 Grid integration potential

3. Technical Details

3.1 Plant Configuration


 Open cycle or combined cycle

 Single or multiple units (e.g., 2 x 20 MW)

 Gas turbine model and make (e.g., Siemens, GE, Mitsubishi)

3.2 Fuel Supply

 Source of natural gas (pipeline, LNG terminal, local gas fields)

 Daily and annual consumption

 Fuel agreement details

3.3 Water Requirements

 Source (river, borewell, municipal)

 Quantity required

 Water treatment facility

3.4 Land Requirements

 Total land area (typically 5–10 acres)

 Ownership/lease/acquisition status

3.5 Infrastructure

 Grid connectivity: substation, transmission lines

 Internal roads, drainage, admin building

4. Project Cost Estimate


Component Cost (INR Crore)

Gas Turbine Generator Set xx

Heat Recovery Steam Generator xx

Balance of Plant (BoP) xx

Civil & Structural Works xx

Electrical Systems xx

Water & Fuel Systems xx

Environmental Management xx

Land Acquisition xx

Pre-operative & IDC xx

Total xxx

5. Financial Analysis

 Capital cost and funding plan

 Debt:Equity ratio

 Tariff estimation (₹/kWh)

 Projected revenue and cash flows


 Internal Rate of Return (IRR)

 Break-even analysis

 Sensitivity analysis

6. Implementation Plan

 Project schedule (Gantt chart)

 Procurement & construction plan

 Risk management

 EPC vs. Turnkey model

7. Environmental & Regulatory Compliance

 EIA (Environmental Impact Assessment)

 Water and air pollution control

 Noise control measures

 Clearance from MoEF, SPCB

 Waste management

8. Operation & Maintenance

 Staffing requirements

 O&M contractor

 SCADA/Automation
 Spare parts & consumables

9. Risk Analysis

 Fuel price volatility

 Regulatory changes

 Technical risks

 Financial risks

 Mitigation strategies

10. Annexures

 Layout plan

 Grid connectivity letter

 Fuel supply agreement

 OEM brochures

 Financial model spreadsheet

 MoUs/Letters of Intent

📄 Sample Executive Summary (for reference):

Project Title: 40 MW Natural Gas Power Plant at XYZ Industrial Zone


Developer: ABC Energy Pvt. Ltd.
Capacity: 40 MW (Open Cycle Gas Turbine)
Fuel: Piped Natural Gas from ABC Gas Ltd.
Project Cost: ₹240 Crores (approx.)
Timeline: 18 months from financial closure
Tariff Expectation: ₹4.25/kWh
Environmental Clearance: To be obtained within 4 months
Land Area: 7 acres (leased from Industrial Development Corporation)
Technology Provider: GE Frame 6B Gas Turbine
Financial Model: 70:30 Debt:Equity ratio
IRR: 15.5%
Payback Period: 6.8 years

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