What format should be used for drafting a preliminary plan for a new project?
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What format should be used for drafting a preliminary plan for a new project?
I think the original plan proposed by the poster should be developed at the stage prior to formal approval. For chemical engineering projects, it would be useful to refer to the format of project proposals, as once a project is to be approved, a project proposal must be prepared and submitted for review. By following this format, it will be easier to write the project proposal later on; simply fill in the content according to that structure. My personal opinion is for reference only. For more details, please refer to: http://bbs.hcbbs.com/viewthread.php?tid=154793&highlight=
Table of Contents
Chapter 1 General Introduction
1.1 Overview
1.1.1 Project name and sponsor
1.1.2 Basis for preparation
1.1.3 Principles followed in preparation
1.1.4 Background of the project
1.1.5 Profile of the owner
1.1.6 Objectives and significance of the project construction
1.1.7 Scope of the project construction
1.2 Research conclusions and recommendations
1.2.1 Brief summary of research findings
1.2.2 Existing problems and recommendations
Chapter 2 Market analysis and price forecasting
2.1 Overview
2.2 Market analysis
2.3 Price forecasting
Chapter 3 Product scheme and production scale
3.1 Product scheme
3.2 Production scale
Chapter 4 Overall process flow and plant layout
4.1 Selection of raw material routes
4.2 Overall plant layout and configuration of production units
4.3 Process technology and its sources
4.4 Description of the overall process flow
4.5 Overall process flow diagram and overall material balance
Chapter 5 Automation technical scheme
5.1 Level of automation throughout the plant and main control schemes
5.1.1 Overview
5.1.2 Level of automation
5.1.3 Main control schemes
5.1.4 Communication network
5.1.5 Safety and protective measures
5.2 Selection of instruments
5.2.1 Selection principles
5.2.2 Control room monitoring system
5.2.3 Field instruments
5.3 Power supply
5.3.1 Power supply for instruments
5.3.2 Compressed air supply for instruments
5.4 Instrument repair workshop
5.4.1 Layout of the workshop
5.4.2 Selection of maintenance equipment
Chapter 6 Supply of raw materials, fuels, and auxiliary materials
6.1 Supply of raw materials and fuels
6.1.1 Specifications and quantities required
6.1.2 Sources of raw materials and fuels
6.2 Supply of auxiliary materials
6.3 Supply of utilities
Chapter 7 Plant construction conditions and site selection
7.1 Conditions for plant construction
7.1.1 Geographical and natural features of the site
7.1.2 Local socio-economic conditions
7.1.3 External transportation conditions
7.1.4 Water resources
7.1.5 Electrical power supply
7.1.6 Natural gas resources
7.1.7 Coal resources
7.2 Site selection
Chapter 8 Energy conservation
8.1 Energy consumption indicators and analysis
8.2 Summary of energy-saving measures
Chapter 9 Environmental protection
9.1 Current state of the site and regional environment
9.1.1 Geographical location and topography of the site
9.1.2 Climatic characteristics
9.1.3 Hydrogeology
9.2 Pollutant discharge standards applicable to the project
9.2.1 Environmental quality standards
9.2.2 Discharge standards
9.3 Major sources and types of pollutants
9.4 Environmental protection and treatment measures
9.4.1 Exhaust gases
9.4.2 Wastewater
9.4.3 Solid waste disposal measures
9.4.4 Noise
9.4.5 Measures to reduce greenhouse gas CO2 emissions
9.5 Investment in environmental protection facilities
9.6 Preliminary analysis of environmental impact
Chapter 10 Occupational safety and health
10.1 Basis for design
10.2 Occupational safety and health standards adopted in design
10.3 Analysis of occupational hazard factors during production
10.3.1 Fire, explosion risks, and toxicity
10.3.2 Hazards posed by coal dust
10.3.3 Hazards caused by chemical corrosion
10.3.4 Noise hazards
10.3.5 Hazards from static electricity and lightning
10.3.6 Risks of accidental injuries and chemical burns
10.4 Preventive measures incorporated into the design
10.4.1 Overall layout design
10.4.2 Electrical and automation safety design
10.4.3 Measures to prevent operational errors during production
10.4.4 Preventive measures against dust and toxic substances
10.4.5 Preventive measures against chemical corrosion
10.4.6 Noise control measures
10.4.7 Measures to prevent mechanical injuries and falls
10.4.8 Measures to prevent burns
10.4.9 Design of safety colors and signs
10.5 Organization and staffing for occupational safety and health
10.5.1 Organizational structure and staffing
10.5.2 Training and education system on occupational safety and health
10.6 Special investment in occupational safety and health
Chapter 11 Fire protection
11.1 Basis, standards, and codes for design
11.2 Classification of fire hazards associated with the project
11.2.1 Project overview
11.2.2 Characteristics of the production process
11.2.3 Properties of major hazardous substances
11.2.4 Analysis of fire and explosion risks of the plant
11.3 Fire protection measures
11.3.1 Process-level fire protection design
11.3.2 Overall layout fire protection design
11.3.3 Building-level fire protection design
11.3.4 Lightning and static electricity protection
11.4 Fire-fighting facilities
11.5 Fire station
11.6 Estimation of fire protection investment
Chapter 12 Plant organization and labor force planning
12.1 Plant management system
12.2 Total workforce requirements
12.3 Recruitment and training of personnel
Chapter 13 Project implementation plan
13.1 Planning of the project timeline
13.2 Schedule planning for implementation
Chapter 14 Investment estimation
14.1 Overview of the engineering project
14.2 Basis for estimation
14.3 Investment analysis
14.4 Other matters requiring clarification
14.5 Estimation of total investment
Chapter 15 Financial analysis
15.1 Basic data
15.2 Estimation of sales revenue
15.3 Cost estimation
15.4 Financial analysis
15.5 Uncertainty analysis
15.6 Summary of financial analysis
Appendices to financial analysis:
Appendix 1 Table of main financial evaluation indicators
Appendix 2 Table of sources and utilization of funds
Appendix 3 Estimation table for depreciation of fixed assets and amortization of intangible/other assets
Appendix 4 Annual total cost and expense table
Appendix 5 Estimation table for working capital
Appendix 6 Estimation table for sales revenue and sales taxes
Appendix 7 Profit and loss statement
Appendix 8 Calculation table for loan repayment
Appendix 9 Planned cash flow statement
Appendix 10 Balance sheet
Appendix 11 Financial cash flow statement (total investment)
Appendix 12 Financial cash flow statement (owner’s equity)
Appendix 13 Sensitivity analysis table
Illustrations:
No. | Drawing title | Drawing number | Quantity
1 | Regional location map | 07044-FP08-01-01 | 1
2 | Overall layout plan | 07044-FP08-01-02 | 1
3 | Overall plant material flow diagram | 07044-FP08-01-03 | 1
4 | Plant water balance diagram | 07044-FP08-01-04 | 1
5 | Plant steam balance diagram | 07044-FP08-01-05 | 1
These are provided for your reference. Should you require more detailed information, please feel free to contact us. I hope this will be helpful to you!
Chapter 1 General Introduction
1.1 Overview
1.1.1 Project name and sponsor
1.1.2 Basis for preparation
1.1.3 Principles followed in preparation
1.1.4 Background of the project
1.1.5 Profile of the owner
1.1.6 Objectives and significance of the project construction
1.1.7 Scope of the project construction
1.2 Research conclusions and recommendations
1.2.1 Brief summary of research findings
1.2.2 Existing problems and recommendations
Chapter 2 Market analysis and price forecasting
2.1 Overview
2.2 Market analysis
2.3 Price forecasting
Chapter 3 Product scheme and production scale
3.1 Product scheme
3.2 Production scale
Chapter 4 Overall process flow and plant layout
4.1 Selection of raw material routes
4.2 Overall plant layout and configuration of production units
4.3 Process technology and its sources
4.4 Description of the overall process flow
4.5 Overall process flow diagram and overall material balance
Chapter 5 Automation technical scheme
5.1 Level of automation throughout the plant and main control schemes
5.1.1 Overview
5.1.2 Level of automation
5.1.3 Main control schemes
5.1.4 Communication network
5.1.5 Safety and protective measures
5.2 Selection of instruments
5.2.1 Selection principles
5.2.2 Control room monitoring system
5.2.3 Field instruments
5.3 Power supply
5.3.1 Power supply for instruments
5.3.2 Compressed air supply for instruments
5.4 Instrument repair workshop
5.4.1 Layout of the workshop
5.4.2 Selection of maintenance equipment
Chapter 6 Supply of raw materials, fuels, and auxiliary materials
6.1 Supply of raw materials and fuels
6.1.1 Specifications and quantities required
6.1.2 Sources of raw materials and fuels
6.2 Supply of auxiliary materials
6.3 Supply of utilities
Chapter 7 Plant construction conditions and site selection
7.1 Conditions for plant construction
7.1.1 Geographical and natural features of the site
7.1.2 Local socio-economic conditions
7.1.3 External transportation conditions
7.1.4 Water resources
7.1.5 Electrical power supply
7.1.6 Natural gas resources
7.1.7 Coal resources
7.2 Site selection
Chapter 8 Energy conservation
8.1 Energy consumption indicators and analysis
8.2 Summary of energy-saving measures
Chapter 9 Environmental protection
9.1 Current state of the site and regional environment
9.1.1 Geographical location and topography of the site
9.1.2 Climatic characteristics
9.1.3 Hydrogeology
9.2 Pollutant discharge standards applicable to the project
9.2.1 Environmental quality standards
9.2.2 Discharge standards
9.3 Major sources and types of pollutants
9.4 Environmental protection and treatment measures
9.4.1 Exhaust gases
9.4.2 Wastewater
9.4.3 Solid waste disposal measures
9.4.4 Noise
9.4.5 Measures to reduce greenhouse gas CO2 emissions
9.5 Investment in environmental protection facilities
9.6 Preliminary analysis of environmental impact
Chapter 10 Occupational safety and health
10.1 Basis for design
10.2 Occupational safety and health standards adopted in design
10.3 Analysis of occupational hazard factors during production
10.3.1 Fire, explosion risks, and toxicity
10.3.2 Hazards posed by coal dust
10.3.3 Hazards caused by chemical corrosion
10.3.4 Noise hazards
10.3.5 Hazards from static electricity and lightning
10.3.6 Risks of accidental injuries and chemical burns
10.4 Preventive measures incorporated into the design
10.4.1 Overall layout design
10.4.2 Electrical and automation safety design
10.4.3 Measures to prevent operational errors during production
10.4.4 Preventive measures against dust and toxic substances
10.4.5 Preventive measures against chemical corrosion
10.4.6 Noise control measures
10.4.7 Measures to prevent mechanical injuries and falls
10.4.8 Measures to prevent burns
10.4.9 Design of safety colors and signs
10.5 Organization and staffing for occupational safety and health
10.5.1 Organizational structure and staffing
10.5.2 Training and education system on occupational safety and health
10.6 Special investment in occupational safety and health
Chapter 11 Fire protection
11.1 Basis, standards, and codes for design
11.2 Classification of fire hazards associated with the project
11.2.1 Project overview
11.2.2 Characteristics of the production process
11.2.3 Properties of major hazardous substances
11.2.4 Analysis of fire and explosion risks of the plant
11.3 Fire protection measures
11.3.1 Process-level fire protection design
11.3.2 Overall layout fire protection design
11.3.3 Building-level fire protection design
11.3.4 Lightning and static electricity protection
11.4 Fire-fighting facilities
11.5 Fire station
11.6 Estimation of fire protection investment
Chapter 12 Plant organization and labor force planning
12.1 Plant management system
12.2 Total workforce requirements
12.3 Recruitment and training of personnel
Chapter 13 Project implementation plan
13.1 Planning of the project timeline
13.2 Schedule planning for implementation
Chapter 14 Investment estimation
14.1 Overview of the engineering project
14.2 Basis for estimation
14.3 Investment analysis
14.4 Other matters requiring clarification
14.5 Estimation of total investment
Chapter 15 Financial analysis
15.1 Basic data
15.2 Estimation of sales revenue
15.3 Cost estimation
15.4 Financial analysis
15.5 Uncertainty analysis
15.6 Summary of financial analysis
Appendices to financial analysis:
Appendix 1 Table of main financial evaluation indicators
Appendix 2 Table of sources and utilization of funds
Appendix 3 Estimation table for depreciation of fixed assets and amortization of intangible/other assets
Appendix 4 Annual total cost and expense table
Appendix 5 Estimation table for working capital
Appendix 6 Estimation table for sales revenue and sales taxes
Appendix 7 Profit and loss statement
Appendix 8 Calculation table for loan repayment
Appendix 9 Planned cash flow statement
Appendix 10 Balance sheet
Appendix 11 Financial cash flow statement (total investment)
Appendix 12 Financial cash flow statement (owner’s equity)
Appendix 13 Sensitivity analysis table
Illustrations:
No. | Drawing title | Drawing number | Quantity
1 | Regional location map | 07044-FP08-01-01 | 1
2 | Overall layout plan | 07044-FP08-01-02 | 1
3 | Overall plant material flow diagram | 07044-FP08-01-03 | 1
4 | Plant water balance diagram | 07044-FP08-01-04 | 1
5 | Plant steam balance diagram | 07044-FP08-01-05 | 1
These are provided for your reference. Should you require more detailed information, please feel free to contact us. I hope this will be helpful to you!