Based on providing a basis for investment decision-making and preparation of design assignments for aero-engine repair capacity building projects, Zhiyan Consulting has launched the Feasibility Study Report on Aero-Engine Repair Capacity Building Projects (hereinafter referred to as the "Feasibility Study Report"). The "Feasibility Study Report" aims to demonstrate and evaluate the market feasibility, policy feasibility, organizational feasibility, technical feasibility, environmental feasibility, financial feasibility and other multiple elements of the project implementation in an in-depth, specific, detailed and perfect manner, so as to determine the optimal plan to produce good social and economic benefits, so as to provide a scientific basis for investment decision-making and administrative approval.
Feasibility Study Report on Aero Engine Repair Capacity Building Project
In order to ensure the accuracy of the industry and project data involved in the "Feasibility Study Report" and the rigor of demonstration and analysis, the Zhiyan consulting research team carries out data collection through multiple channels such as annual reports of listed companies, manufacturer research, dealer discussions, and expert verification, and conducts rigorous demonstration of the data and content, so as to deeply analyze the feasibility of the project in terms of technical, economic and social conditions, so that the project construction unit (enterprise) can Comprehensively understand the market prospects and benefits of the project from multiple aspects, and then help the project to follow up the administrative examination and approval, land acquisition approval, bank loans, and investment cooperation.
Table of contents of the Feasibility Study Report of Aero Engine Repair Capacity Building Project
Aviation maintenance industry, also known as civil aircraft MRO, its abbreviation MRO refers to Maintenance, Repair, Overhaul, refers to the maintenance and repair of aircraft and the technical equipment on it to ensure the safety of aircraft. Aviation maintenance is a prerequisite and necessary condition for the use of aircraft, and it is also an important part of the aviation industry.
At the end of 2022, the number of domestic maintenance units approved by CAAC was 434, a decrease of 57 from the end of 2021, with a growth rate of 11.61%. Compared with the end of 2021, the number of maintenance units in seven regions in China has decreased, except for Xinjiang, where the number of maintenance units has decreased.
The current state of the aviation maintenance industry
Since the beginning of the new century, with the sustained development of the national economy, the state has continued to increase investment in national defense, the market demand of the air transport industry has also expanded rapidly, and the mainland's aviation industry has ushered in major development opportunities. The relevant departments of the state have issued a series of policies to encourage and support the aviation industry and its supporting industries, which has effectively promoted the leapfrog development of the industry.
Aviation Maintenance Industry Policy
At present, a number of large-scale and stable first-echelon leading enterprises have been formed in China, most of which are maintenance departments or subsidiaries under large civil aviation enterprises, and have a wide range of layouts and obvious competitive advantages in the four major maintenance fields of route maintenance, airframe maintenance, engine maintenance and some airborne equipment maintenance; the second echelon is a joint venture led by global aircraft maintenance giants; the third echelon is an independent third-party maintenance enterprise, focusing on airborne equipment maintenance and other subdivisions.
Competitive landscape in the aviation maintenance industry
The aero-engine repair capacity building project integrates the existing aero-engine repair capacity of Hangfa Power, adjusts the existing production layout, supplements some key equipment, and builds a new general decoration plant and test plant to form a relatively independent and complete turbofan engine overhaul branch. The total investment in the construction is ×× million yuan, including foreign exchange ×× million US dollars. On the whole, the project has a reasonable location, good operation prospects, and strong capital of the company, and the project construction is in line with relevant national policies, and the project risk is low.
Overview of the Aero Engine Repair Capacity Building Project
The Feasibility Study Report on Aero Engine Repair Capacity Building Project contains professional analysis, careful design and scientific demonstration. It is an important research achievement of Zhiyan Consulting, a powerful embodiment of Zhiyan Consulting's leading industry reform, affection for the industry, and implementation of its mission, and an important basis for investment decisions made by project construction units (enterprises). Zhiyan Consulting has formed a complete and three-dimensional think tank system, serving the government, enterprises, financial institutions, etc., for many years, providing science and technology, consulting, education, ecology, capital and other services.
Report Table of Contents Framework:
1. Overview
(1) Project overview
1. Project name and organizer
2. The basis of project design
3. Overview and progress of the project
4. Main technical and economic data
(2) Enterprise profile
(3) Basis for compilation
(4) Main conclusions and recommendations
2. Project construction background, demand analysis and output plan
(1) Compliance with planning policies
(2) Analysis of the development strategy needs of enterprises
(3) Analysis of project market demand
1. Market research
2. Market forecast
(4) The content, scale and output plan of the project construction
(5) Project business model
3. Project site selection and element guarantee
(1) Project site selection or route selection
(2) Project construction conditions
(3) Element Warranty Analysis
Fourth, the project construction plan
(1) Technical solutions
(2) Equipment plan
(3) Engineering plan
1. General layout of the plan
2. Construction engineering
3. Structural engineering
4. Water supply and drainage
5. Heating, ventilation and air conditioning
6. Power
7. Electrical engineering
(4) Resource development plan
(5) Compensation (resettlement) plan for land and sea expropriation
(6) Digital solutions
(7) Construction management plan
5. Project operation plan
(A) production and operation plan
(2) Security guarantee plan
(3) Operation and management plan
6. Project investment, financing and financial plan
(1) Investment estimates
1. Basis for compilation
2. Estimated range
3. Construction investment
(2) Profitability analysis
(3) Financing plan
(4) Analysis of debt solvency
(5) Financial sustainability analysis
7. Analysis of the impact of the project
(1) Economic impact analysis
(2) Social impact analysis
(3) Ecological environmental impact analysis
1. Design basis and adoption standards
2. The environmental conditions of the construction area
3. Main pollution sources and pollutants
4. Preliminary treatment plan for pollution control
5. Greening requirements
6. Environmental protection investment estimation 7. Environmental impact analysis
(4) Analysis of the effect of resource and energy utilization
1. Design principles and basis
2. Analysis of energy consumption status and energy consumption indicators
3. Energy-saving measures
4. Management measures
(5) Analysis of carbon peak and carbon neutrality
8. Project risk management and control plan
(1) Risk identification and evaluation
1. Policy, planning and approval procedures
2. Technical and economic 3. Ecological and environmental impact
4. Economic and social impact
(2) Risk management and control plan
1. Strengthen policy publicity and create a good atmosphere of public opinion
2. Hire experienced and qualified relevant units for project implementation 3. Pay attention to the protection of the vital interests of scientific research trial production personnel
4. Reduce the disturbance during construction
5. Strictly implement environmental protection measures
6. Strengthen risk early warning
(3) Risk contingency plan
9. Conclusions and recommendations of the study
(1) Main research conclusions
(2) Questions and suggestions
10. Schedules, drawings and annexes
As a leading brand in the field of industrial consulting in China, Zhiyan Consulting takes "driving industrial development with information and empowering enterprise investment decision-making" as its brand concept. The company integrates quantitative analysis and qualitative analysis methods, uses self-developed algorithms, combines industry cross-big data, and excavates the root causes behind quantitative data through diversified analysis, analyzes the logic behind qualitative content, objectively and truthfully explains the current situation of the industry, prudently predicts the future development trend of the industry, and provides customers with professional industry analysis, market research, data insights, strategic consulting and related solutions to help customers improve their cognitive level, profitability and comprehensive competitiveness. The main services include high-quality industry research reports, special customization, monthly topics, feasibility study reports, business plans, industrial planning, etc. Provide weekly/monthly/quarterly/annual reports and other regular reports and customized data, covering policy monitoring, corporate dynamics, industry data, product price changes, investment and financing overview, market opportunities and risk analysis, etc.