Feasibility Study Analysis Report
If your company is planning a strategic expansion into the lithium-ion battery cathode materials sector—covering mainstream technology pathways (including NMC precursors, NMC ternary cathodes, iron phosphate (FP), and lithium iron phosphate (LFP))—with a planned production capacity of 10,000+ metric tons per year (5,000–20,000 t/a), our firm will leverage over a decade of full-industry-chain engineering consulting experience in China’s lithium battery materials market, integrating localized cost models and policy insights, to deliver a comprehensive feasibility analysis report. This report will include the following core modules：Fixed Asset Investment Analysis，Plant Layout & Facility Planning，Environmental Compliance Assessment，Supply Chain Resilience Evaluation，Production Capacity Scale-Up Analysis.The detailed report structure is outlined below, though we can customize it further based on your specific requirements.
1 General Introduction
1.1 Project Overview
1.2 Preparation principles
3 Project Scale
3.1 Construction Scale and Key Economic Indicators
3.2 Product Plan (Primarily Based on Customer Requirements)
5 Equipment Selection Plan
5.1 Principles of Equipment Selection and Configuration
5.2 List of Main Production Equipment
5.3 List of Analytical and Testing Equipment
7 Enterprise Organization and Staffing
7.1 Enterprise Organizational Structure for reference
7.1 Work System, Employee Allocation, and Headcount
9 Energy Conservation Analysis
9.1 Analysis of Types and Quantities of Energy Consumption
9.2 Estimation of Project Water Consumption
9.3 Recommendations for Project Energy Conservation Measures
11 Investment Estimation(The calculation is based on Chinese asset prices by default. For overseas pricing calculation, client must provide local asset cost data.)
11.1 Fixed Asset Investment Estimation
11.2 Working Capital Investment Estimation
11.3 Total Project Investment
11.4 Various Financial Analysis Calculation Tables（CAPEX/OPEX/NPV/IRR etc,）
2 Project Site Selection and Planning
2.1 Site Selection Recommendations
2.2 Preliminary Project Land Use Planning
2.3 Municipal Supporting Facilities Planning Requirements for Reference
4 Project Design Plan
4.1 Project Production Process Planning
4.1.1 Reliability Analysis of the Proposed Production Process
4.1.2 Preliminary Production Process Flowchart
4.1.3 Basic material balance sheet
4.1.4 Production Capacity Scale-Up Analysis
4.2 Civil Engineering Design Planning
4.2.1 Civil Engineering Design Basis for Reference
4.2.2 General Building Layout Planning
6 Supply of Raw and Auxiliary Materials, and Management of Intermediate and Finished Products
6.1 Supply and Quality Management of Raw and Auxiliary Materials
6.1.1 Supply of Main Raw and Auxiliary Materials
6.1.2 Quality Requirements for Main Raw and Auxiliary Materials
6.2 Procurement and Management of Raw and Auxiliary Materials
6.2.1 Procurement Management of Raw and Auxiliary Materials
6.2.2 Storage and Transportation of Raw and Auxiliary Materials
6.2.3 Consumption of Raw and Auxiliary Materials
6.3 Planning of Intermediate Products (By-products)
6.4 Finished Product Packaging and Storage Requirements
8 Environmental Protection, Occupational Health, and Safety(based on chinese environment regulations)
8.1 Environmental Impact Analysis and Mitigation Measures during Construction
8.1.1 Air Quality Impact Prevention and Control Measures during Construction
8.1.2 Water Quality Impact Prevention and Control Measures during Construction
8.1.3 Environmental Impact Prevention and Control Measures for Solid Waste during the Construction Period
8.2 Wastewater Impact Analysis and Prevention Measures during the Operation Period
8.2.1 Inventory and Types of Office and Domestic Wastewater
8.2.2 Management Measures for Office and Domestic Wastewater
8.2.3 Treatment Measures for Clean Wastewater
8.3 Solid Waste Impact Analysis and Prevention Measures during the Operation Period
8.3.1 Inventory and Types of General Industrial Solid Waste
8.3.2 Analysis and Prevention Measures for General Industrial Solid Waste
8.3.3 Analysis and Prevention Measures for Hazardous Waste Disposal
8.4 Analysis and Control Measures of Organic Waste Gas (VOCs) Emissions during the Operation Phase
8.4.1 Analysis and Control Measures of Organized Emissions
8.4.2 Analysis and Control Measures of Unorganized Waste Gas Emissions
10 Project Implementation Schedule
10.1 Project Implementation Planning Timeline
10.2 Recommendations for Project Implementation Measures