Based on providing a basis for investment decision-making and preparation of design assignments for synthetic ammonia engineering construction projects, Zhiyan Consulting has launched the Feasibility Study Report on Synthetic Ammonia Engineering Construction 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 Synthetic Ammonia Engineering Construction 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 the construction project of synthetic ammonia
Ammonia is a colorless gas with a strong pungent odor, composed of nitrogen and hydrogen, which is the main raw material for agricultural fertilizers and industrial explosives, and occupies an important position in the national economy. Synthetic ammonia refers to the synthesis of ammonia with nitrogen and hydrogen as raw materials under high temperature and high pressure and catalysts, which are mainly divided into two categories: agricultural ammonia and industrial ammonia.
Since the reform and opening up, the mainland has gradually become the world's most important producer of synthetic ammonia, the self-sufficiency rate has been continuously improved, and the production technology has also been significantly improved, and many technologies have reached the world's leading level. Since the 30s of the 20th century, after nearly 100 years of efforts, the mainland has more than 1,000 large, medium and small synthetic ammonia factories with a variety of raw materials and different processes. In terms of technical strength, the mainland has a high-quality technical team capable of scientific research, design, manufacturing and construction of synthetic ammonia production. In terms of production capacity, China's synthetic ammonia production has ranked first in the world. According to statistics, China's synthetic ammonia production in 2022 will be about 52.6 million tons, a year-on-year increase of 1.6%. In terms of regional distribution, in recent years, the production capacity of synthetic ammonia in mainland China has been mainly distributed in areas with large consumption such as East China, Central South, Southwest China and North China.
Status quo of synthetic ammonia
In recent years, the policy has encouraged synthetic ammonia enterprises to increase investment in technological transformation and implement measures such as cleaner production, energy conservation and emission reduction, and environmental protection to promote the transformation and upgrading of the industry. Secondly, the policy requires synthetic ammonia enterprises to strengthen environmental protection management in the production process, reduce pollutant emissions, and promote the transformation of the industry to green and sustainable development. In addition, the government has promoted the healthy development of the synthetic ammonia market by optimizing the industrial layout, strengthening market supervision, and standardizing market order. At the same time, the policy also encourages synthetic ammonia enterprises to develop new technologies to meet the needs of different industries and broaden the market application field of synthetic ammonia.
Ammonia policy
Thanks to the increasing demand for synthetic ammonia in the global agricultural and industrial sectors, the market size of China's synthetic ammonia industry continues to increase. As an important component of nitrogen fertilizer, synthetic ammonia is widely used in agriculture, and with the growth of the global population and the increase in food demand, the demand for agricultural ammonia continues to increase. At the same time, ammonia also plays an important role in industrial production, such as the manufacture of products such as fertilizers, plastics, and coatings, and the rapid development of these fields has also promoted the expansion of the ammonia market. In addition, the application of new catalysts, high-efficiency and energy-saving production processes and intelligent production management systems has made ammonia production more efficient, environmentally friendly and economical. These technological advances have not only reduced production costs, improved product quality, but also enhanced the competitiveness of the ammonia industry.
Ammonia market development
During the calculation period of the synthetic ammonia engineering construction project, the operating income is ×× million yuan, the value-added tax and business tax and additional ×× yuan, the total cost is ×× yuan, the total profit during the calculation period is ×× yuan, the average annual total profit is ×× yuan, the average annual income tax is ×× yuan, and the average annual net profit is ×× yuan. The financial internal rate of return of the project investment after income tax is ×%, the net present value of the financial after income tax (i=5%) is ×× million yuan, and the static investment payback period after income tax is ×× years (including the construction period of 2 years). The financial internal rate of return of the project is higher than the industry benchmark value, and the payback period of the project is less than the calculation period, and the investment can be recovered during the calculation period. The project sensitivity analysis table is as follows:
Overview of the construction project of synthetic ammonia
The Feasibility Study Report on Synthetic Ammonia Engineering Construction 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
2. Construction unit
3. Construction goals and tasks
4. Construction site
5. Construction content and scale
6. Total investment estimation and fund raising
7. Construction period
8. Technical and economic indicators
(2) Enterprise profile
(3) Basis for compilation
(4) Main conclusions and recommendations
1. Conclusion
2. Suggestions
2. Project construction background, demand analysis and output plan
(1) Compliance with planning policies
1. Policies at the national level
2. Policies at the provincial and municipal levels
(2) Analysis of the development strategy needs of enterprises
(3) Analysis of project market demand
(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
1. Natural conditions
2. Construction conditions
(3) Element Warranty Analysis
Fourth, the project construction plan
(1) Technical solutions
(2) Equipment plan
(3) Engineering plan
1. Design basis
2. Design principles and design ideas
3. Project construction plan
(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
(2) Profitability analysis
1. Selection and calculation of basic data and parameters for financial evaluation
2. Operating model and pricing
3. Calculation and estimation of operating income and tax
4. Total cost analysis
5. 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
1. Principles and requirements of social evaluation
2. Social impact assessment
(3) Ecological environmental impact analysis
1. Basis for compilation
2. Main pollution sources and pollutants
3. Conclusion of environmental impact assessment
4. Environmental governance and protection plan
(4) Analysis of the effect of resource and energy utilization
1. Rational energy use standards and normative basis
2. Analysis of energy consumption indicators of this project
3. Energy-saving measures
4. Analysis of energy-saving effect
(5) Analysis of carbon peak and carbon neutrality
8. Project risk management and control plan
(1) Risk identification and evaluation
1. Market risk
2. Technical risks
3. Engineering risk
4. Capital risk
5. External collaboration risks
(2) Risk management and control plan
(3) Risk contingency plan
9. Conclusions and recommendations of the study
(1) Main research conclusions
(2) Questions and suggestions
10. Schedules, drawings and annexes
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