China Pesticide Intermediates Industry Operation Planning and Investment Decision Recommendation Report 2023 2030
Publisher]: Zhongying Xinhe Research Network.
The content part is abridged and detailed, please refer to the full information published by Zhongying Xinhe Research Network!】
Chapter 1: Pesticide Intermediates Industry Definition and Development Environment Analysis.
1.1 Definition and statistical description of pesticide intermediates industry.
1.1.1 Definition of pesticide industry.
1.1.2 Definition of pesticide intermediates.
1) Definition of pesticide intermediates.
2) Classification of pesticide intermediates.
1.1.3 Classification of national economic industries and **.
1.1.4 Description of the definition of the scope of the industry study in this report.
1.1.5 Description of the data** and statistical standards in this report.
1.2 Policy environment of China's pesticide intermediates industry.
1.2.1 Introduction to the industry regulatory system and institutions.
1.2.2. The status quo of the construction of the industry standard system.
1) Standard system construction.
2) Summary of current standards.
3) Interpretation of key standards.
1.2.3. Summary and interpretation of policy planning related to industry development.
1) Summary of policies related to industry development.
2) Summary of relevant plans for industry development.
1.2.4 Interpretation of key policy planning of the industry.
1.2.5. Analysis of the impact of policy environment on the development of the industry.
1.3 The economic environment of China's pesticide intermediates industry.
1.3.1 Current status of macroeconomic development.
1) The current situation of the domestic macroeconomy.
2) The scale of investment in fixed assets.
3) Growth of industrial added value.
1.3.2 Macroeconomic outlook.
1.3.3. Analysis of the correlation between industry development and macroeconomy.
1.4 Social environment of China's pesticide intermediates industry.
1.4.1 Current status of environmental pollution and protection in China.
1.4.2. Environmental pollution and treatment in the production of pesticide intermediates.
1) Exhaust gas pollution.
2) Wastewater pollution.
3) Solid waste pollution.
1.4.3. Analysis of the impact of social environment on the development of the industry.
1.5 Technical environment of China's pesticide intermediates industry.
1.5.1. Production and manufacturing process methods of pesticide intermediates.
1.5.2 Analysis of the core and key technologies for the development of the pesticide intermediates industry.
1.5.3 Patent applications and disclosures related to pesticide intermediates in China.
1) Analysis of industry patent applications.
2) Analysis of industry patent disclosure.
3) Analysis of technology leaders.
4) Popular technical analysis in the industry.
1.5.4 Technological innovation trend of China's pesticide intermediates industry.
1.5.5. Analysis of the impact of the technological environment on the development of the industry.
Chapter 2: Global Pesticide Intermediates Industry Development Status and Trend Prospects**.
2.1 Development status of the global pesticide intermediates industry.
2.1.1 The development history of the global pesticide intermediates industry.
2.1.2 The development environment of the global pesticide intermediates industry.
2.1.3 Development status of the global pesticide intermediates industry.
1) Overview of the development of global pesticide intermediates.
2) Global demand for pesticide intermediates.
2.1.4 Application development of global pesticide intermediates industry.
2.2 Regional development pattern of the global pesticide intermediates industry and market research in key regions.
2.2.1 Regional development status of the global pesticide intermediates industry.
2.2.2 Analysis of the development of pesticide intermediates industry in key regions.
2.3 The competitive landscape of the global pesticide intermediates industry and the case analysis of representative enterprises.
2.3.1 M&A dynamics of enterprises in the global pesticide intermediates industry.
2.3.2 Cases of representative enterprise layout in the global pesticide intermediates industry.
2.4 Global pesticide intermediates industry development trend and market prospects**.
2.4.1 The development trend of the global pesticide intermediates industry.
2.4.2 Prospects for the global pesticide intermediates industry**.
Chapter 3: Analysis of the development status and market pain points of China's pesticide intermediates industry.
3.1 Analysis of the development of China's pesticide intermediates industry.
3.1.1 Analysis of the development process of China's pesticide intermediates industry.
3.1.2 Summary of the status description of China's pesticide intermediates industry.
3.1.3 Analysis of the development characteristics of China's pesticide intermediates industry.
3.2 Analysis of supply and demand in China's pesticide intermediates industry.
3.2.1 Analysis of the supply situation of China's pesticide intermediates industry.
1) Number of enterprises.
2) Industry capacity.
3.2.2 Analysis of the demand of China's pesticide intermediates industry.
1) Consumption of pesticide intermediates.
2) Demand structure of pesticide intermediates.
3.2.3 Analysis of the profitability of China's pesticide intermediates industry.
3.2.4 Analysis of the trend of China's pesticide intermediates industry.
3.3 Estimation of the market size of China's pesticide intermediates industry.
3.4 Analysis of China's pesticide intermediates import and export market.
3.4.1 Overview of the import and export of pesticide intermediates in China.
3.4.2 Export analysis of pesticide intermediates.
3.4.3 Analysis of pesticide intermediates import.
3.4.4 Analysis of import and export trend of pesticide intermediates in China.
Chapter 4: Analysis of the competitive status and market structure of China's pesticide intermediates industry.
4.1 Porter's five forces model analysis in the pesticide intermediates industry.
4.1.1 Analysis of existing competitors in the industry.
4.1.2 Potential entrant threats in the industry.
4.1.3 Industry Substitute Threat Analysis.
4.1.4. Analysis of the bargaining power of the industry.
4.1.5 Analysis of the bargaining power of industry buyers.
4.1.6 Summary of industry competition.
4.2 Investment and financing analysis of pesticide intermediates industry.
4.3 Market entry barriers in the pesticide intermediates industry.
4.4 Analysis of the market structure and concentration of the pesticide intermediates industry.
4.4.1 Market competition pattern of China's pesticide intermediates industry.
4.4.2 Analysis of market concentration of China's pesticide intermediates industry.
Chapter 5: Analysis of China's Pesticide Intermediates Industry Chain and In-depth Analysis of the Upstream Market.
5.1. Analysis of pesticide intermediates industry chain and cost structure.
5.1.1. Composition and structure of pesticide intermediates.
5.1.2. Combing the industrial chain of pesticide intermediates.
5.1.3 Cost structure analysis of pesticide intermediates.
5.2 Analysis of the upstream market of pesticide intermediates industry - methanol.
5.2.1 Analysis of the current situation and trend of methanol supply.
5.2.2 Analysis of the current situation and trend of methanol demand.
5.2.3 Methanol Competitive Landscape and Trend Analysis.
5.2.4 Methanol market trend analysis.
5.3 Analysis of the upstream market of pesticide intermediates industry - triphenyl.
5.3.1 Analysis of the current situation and trend of triphenyl supply.
5.3.2 Triphenyl Competitive Landscape and Trend Analysis.
5.3.3 Trend analysis of the triphenyl market.
5.4 Analysis of the upstream market of pesticide intermediates industry - liquid chlorine.
5.4.1 Analysis of the current situation and trend of liquid chlorine supply.
5.4.2 Analysis of the current situation and trend of liquid chlorine demand.
5.4.3 Liquid chlorine competition pattern and trend analysis.
5.4.4 Liquid chlorine market trend analysis.
5.5 Analysis of the upstream market of pesticide intermediates industry - yellow phosphorus.
5.5.1 Analysis of the current situation and trend of yellow phosphorus supply.
5.5.2 Analysis of the current situation and trend of yellow phosphorus demand.
5.5.3 Analysis of the competitive pattern and trend of yellow phosphorus.
5.5.4 Analysis of the trend of the yellow phosphorus market.
Chapter 6: Pesticide Intermediates Industry Market Status and Prospect Analysis.
6.1 Fluorine-containing pesticide intermediates.
6.1.1 Aliphatic fluoride.
1) The technical level of aliphatic fluoride production.
2) Analysis of the current situation of the aliphatic fluoride market.
3) Aliphatic fluoride competition pattern analysis.
6.1.2 Fluorinated heterocyclic compounds.
1) Analysis of the current market status of fluorinated heterocyclic compounds.
2) Competitive landscape analysis of fluorine-containing heterocyclic compounds.
6.1.3 Aromatic fluorinated intermediates.
1) Fluoronitrobenzene.
2) O-fluaniline.
3) 3,4,5-trifluorobromobenzene.
6.2. Heterocyclic pesticide intermediates.
6.2.1 Intermediates of organophosphorus insecticides containing heterocyclic rings.
1) Production technology level.
2) Analysis of the current market situation.
3) Competitive landscape analysis.
6.2.2 Intermediates of highly effective insecticides containing heterocycles.
1) Production technology level.
2) Analysis of the current market situation.
3) Competitive landscape analysis.
6.2.3 Intermediates of high-efficiency fungicides containing heterocyclic rings.
1) Production technology level.
2) Analysis of the current market situation.
3) Competitive landscape analysis.
6.2.4 Intermediates of herbicides containing heterocyclic rings.
1) Production technology level.
2) Analysis of the current market situation.
3) Competitive landscape analysis.
6.3 Pyrethroid pesticide intermediates.
6.3.1 chrysanthemum acid.
1) The technical level of chrysanthemum acid production.
2) Analysis of the current situation of the chrysanthemum acid market.
3) Analysis of the competitive landscape of chrysanthemum acid.
6.3.2 Dichlorochrysanthemum acid.
1) The technical level of dichlorochrysanthemum acid production.
2) Analysis of the current situation of the dichlorochrysanthemum acid market.
3) Analysis of the competitive landscape of dichlorochrysanthemum acid.
6.3.3 Butyric acid.
1) Butyric acid production technology level.
2) Analysis of the current situation of the butyric acid market.
3) Analysis of the competitive landscape of butyric acid.
6.3.4 etheraldehyde.
1) The technical level of etheraldehyde production.
2) Analysis of the current situation of the etheraldehyde market.
3) Analysis of the competitive landscape of etheraldehyde.
6.3.5 Propylene alcohol.
1) The technical level of propylene alcohol production.
2) Analysis of the current situation of the propylene alcohol market.
3) Propylene alcohol competitive landscape analysis.
Chapter 7: Case studies of representative companies in China's pesticide intermediates industry chain.
7.1 Comparison of the development layout of representative enterprises in China's pesticide intermediates industry chain.
7.2 Case study of representative enterprises in China's pesticide intermediates industry chain.
7.2.1 Yangnong Chemical (600486): Jiangsu Yangnong Chemical Co., Ltd. ***
1) Enterprise development history and basic information.
2) Analysis of business conditions.
3) Enterprise business architecture and sales network analysis.
4) The business layout of pesticide intermediates of enterprises.
5) Analysis of the advantages and disadvantages of enterprise development of pesticide intermediates business.
7.2.2 Lianhua Technology Co., Ltd. (002250): Lianhua Technology Co., Ltd. ***
1) Enterprise development history and basic information.
2) Analysis of business conditions.
3) Enterprise business architecture and sales network analysis.
4) The business layout of pesticide intermediates of enterprises.
5) Analysis of the advantages and disadvantages of enterprise development of pesticide intermediates business.
7.2.3 ABA Chemical (300261): ABA Chemical Co., Ltd. ***
1) Enterprise development history and basic information.
2) The current situation of enterprise operation.
3) Enterprise business architecture and sales network analysis.
4) The business layout of pesticide intermediates of enterprises.
5) Analysis of the advantages and disadvantages of enterprise development of pesticide intermediates business.
7.2.4 Lier Chemical (002258): Lier Chemical Co., Ltd. ***
1) Enterprise development history and basic information.
2) The current situation of enterprise operation.
3) Enterprise business architecture and sales network analysis.
4) The business layout of pesticide intermediates of enterprises.
5) Analysis of the advantages and disadvantages of enterprise development of pesticide intermediates business.
7.2.5 Guangxin shares (603599): Anhui Guangxin agrochemical shares***
1) Enterprise development history and basic information.
2) The current situation of enterprise operation.
3) The business layout of pesticide intermediates of enterprises.
4) The business layout of pesticide intermediates of enterprises.
5) Analysis of the advantages and disadvantages of enterprise development of pesticide intermediates business.
7.2.6 Red Sun (000525): Nanjing Red Sun shares***
1) Enterprise development history and basic information.
2) The current situation of enterprise operation.
3) The business layout of pesticide intermediates of enterprises.
4) The business layout of pesticide intermediates of enterprises.
5) Analysis of the advantages and disadvantages of enterprise development of pesticide intermediates business.
Chapter 8: China Pesticide Intermediates Industry Market Outlook and Investment Strategy Recommendations.
8.1 Evaluation of the development potential of China's pesticide intermediates industry.
8.1.1. Identification of the life cycle stage of the industry.
8.1.2 Summary of industry development drivers and constraints.
8.2 Development prospects of China's pesticide intermediates industry**.
8.3 Prediction of the development trend of China's pesticide intermediates industry.
8.4 Investment opportunities and risks in China's pesticide intermediates industry.
8.5 Investment strategies and suggestions for China's pesticide intermediates industry.
Table of Contents of Charts. Figure 1: Classification of common pesticide intermediates.
Figure 2: National economic classification to which the pesticide intermediates industry belongs.
Chart 3: Key data from this report** and statistical illustration.
Figure 4: Regulatory system of pesticide intermediates industry.
Figure 5: Current industry standards for pesticide intermediates.
Figure 6: Summary of pesticide intermediates industry development policies as of 2023.
Figure 7: Summary of China's pesticide intermediates industry development plan as of 2023.
Chart 8: China's GDP and real year-on-year growth from 2011 to 2023 (in trillion yuan, %)
Figure 9: China's total investment in fixed assets and its growth rate from 2014 to 2023 (unit: trillion yuan;%）
Figure 10: China's industrial added value and growth rate from 2015 to 2023 (unit: trillion yuan, %)
Exhibit 11: Key economic indicators** in 2024 (in %)
Figure 12: Current status of environmental pollution and protection in China.
Figure 13: Hazards of air pollutants in pesticide production.
Figure 14: Yangnong Chemical's "monochlorine" manufacturing process.
Figure 15: Process technology reform results for pesticide intermediates.
Figure 16: Changes in the number of patent applications for pesticide intermediates-related technologies in China from 2007 to 2023 (unit: items).
Figure 17: Changes in the number of patents published in China's pesticide intermediates from 2007 to 2023 (unit: items).
Figure 18: Composition of patent applicants for pesticide intermediates-related technologies in China as of 2023 (unit: items).
Figure 19: China's pesticide intermediates-related technology patent distribution field (top 10) as of 2023 (unit: item).
Figure 20: Global pesticide intermediates development after 2023.
Exhibit 21: Global GDP 2017-2023 and year-on-year (in trillions, %)
Figure 22: Global agricultural value added, 2018-2023 (in US$ billion).
Figure 23: Pesticide management authorities with gradient management in each country.
Figure 24: Global pesticide intermediates industry development.
Figure 25: Global pesticide use, 2018-2023 (in 10,000 tons).
Exhibit 26: Global Pesticide End Formulation Market Share (Unit: %) in 2019
Figure 27: Share of global crop pesticide sales by region, 2023 (unit: %)
Figure 28: Case study of mergers and acquisitions of companies in the global pesticide intermediates industry.
Figure 29: The layout of representative companies in the global pesticide intermediates industry in China.
Figure 30: Analysis of the development trend of the global pesticide intermediates industry.
Figure 31: The development process of pesticide intermediates in China since the end of the 90s of the 20th century.
Exhibit 32: Summary of the status description of China's pesticide intermediates industry.
Figure 33: List of selected units that create or develop pesticides in China.
Figure 34: The number of new enterprises in the pesticide intermediates industry from 2016 to 2023 (unit: households).
Figure 35: Production capacity of pesticide intermediates of some enterprises in 2023 (unit: tons per year, %)
Figure 36: China's pesticide active ingredient production from 2017 to 2023 (unit: 10,000 tons).
Figure 37: Statistics of China's consumption of pesticide intermediates from 2017 to 2023 (unit: 10,000 tons).
Exhibit 38: Global crop pesticide market share in 2023 (in %)
Figure 39: Analysis of the profitability of some pesticide intermediates industry enterprises from 2018 to 2023 (unit: %)
Figure 40: 2020-2023 trend of pesticide intermediate chloroacetic acid** (unit: yuan ton).
Figure 41: Estimation of China's pesticide intermediates market size from 2017 to 2023 (unit: 100 million yuan).
Figure 42: Export volume of selected pesticide intermediates from 2019 to 2023 (unit: ton).
Figure 43: Exports of selected pesticide intermediates (in USD), 2019-2023
Figure 44: Comparison of export unit prices of some pesticide intermediates from 2019 to 2023 (unit: US dollar tons).
Figure 45: Import volume of selected pesticide intermediates from 2019 to 2023 (unit: ton).
Exhibit 46: Import value of selected pesticide intermediates (in USD), 2019-2023
Figure 47: Comparison of import unit prices of some pesticide intermediates from 2019 to 2023 (unit: US dollar tons).
Figure 48: Competitive analysis of existing enterprises in China's pesticide intermediates industry.
Figure 49: Threat analysis of potential entrants in China's pesticide intermediates industry.
Figure 50: Analysis of the bargaining power of China's pesticide intermediates industry on upstream suppliers.
Figure 51: Analysis of the bargaining power of China's pesticide intermediates industry to downstream customers.
Figure 52: Comprehensive analysis of the five forces competition in China's pesticide intermediates industry.
Figure 53: Summary of investment and financing events in the pesticide intermediates industry.
Exhibit 54: Analysis of market entry barriers to China's pesticide intermediates industry.
Figure 55: The production capacity of pesticide intermediates of China's excellent pesticide intermediates (unit: tons per year).
Figure 56: Chemical molecular structure of 2,6-difluorobenzamide.
Figure 57: Chemical molecular structure of fluorinated pesticides downstream of 2,6-difluorobenzamide.
Figure 58: Ecological map of pesticide intermediates industry chain.
Exhibit 59: Cost composition of Lianhetech's plant protection (active ingredients and intermediates) business in 2023 (unit: %)
Figure 60: Methanol production from 2020 to 2023 (in 10,000 tons).
Figure 61: Apparent methanol consumption (monthly value) from 2020 to 2023 (unit: 10,000 tons).
Chart 62: Methanol** trend from 2019 to 2023 (unit: yuan ton).
Figure 63: Triphenyl production from 2020 to 2023 (in 10,000 tons).
Figure 64: Trend of triphenyl** from 2019 to 2023 (unit: yuan ton).
Figure 65: Liquid chlorine production from 2020 to 2023 (unit: 10,000 tons).
Figure 66: Apparent consumption of liquid chlorine (current month) (unit: 10,000 tons) from 2020 to 2023
Exhibit 67: Liquid chlorine** trend in 2023 (unit: yuan ton).
Figure 68: China's yellow phosphorus production from 2015 to 2023 (unit: 10,000 tons).
Figure 69: Apparent consumption of yellow phosphorus in China from 2015 to 2023 (unit: 10,000 tons).
Chart 70: 2020-2023 yellow phosphorus** trend (unit: yuan ton).
Figure 71: Common aliphatic fluorides.
Figure 72: Aliphatic fluoride corresponds to fluorinated pesticides.
Figure 73: Common fluorinated heterocyclic compounds.
Figure 74: Fluorinated heterocyclic compounds corresponding to fluorinated pesticides.
Figure 75: P-fluoronitrobenzene, p-fluoroaniline and p-fluorophenol.
Figure 76: Fluorinated pesticides downstream of p-fluoronitrobenzene.
Figure 77: Fluorinated pesticides downstream of o-fluoroaniline.
Figure 78: 3,4,5-Trifluorobromobenzene and downstream fluorinated pesticides.
Figure 79: Steps in the synthesis of chrysanthemum acid by diazo method.
Figure 80: List of methods for industrial synthesis of butyric acid.
Figure 81: List of methods for industrial synthesis of etheraldehyde.
Figure 82: List of methods for industrial synthesis of propylene alcohol.
Figure 83: Comparison of the development layout of enterprises in some pesticide intermediates industry in 2023 (unit: 100 million yuan, %)
Chart 84: Jiangsu Yangnong Chemical Co., Ltd. *** development history.
Chart 85: Jiangsu Yangnong Chemical Co., Ltd. *** basic information table.
Chart 86: 2023 Jiangsu Yangnong Chemical Co., Ltd. *** equity penetration chart (unit: %)
Chart 87: Analysis of the main economic indicators of Jiangsu Yangnong Chemical Co., Ltd. from 2018 to 2023 (unit: 100 million yuan).
Chart 88: 2018-2023 Jiangsu Yangnong Chemical Co., Ltd. *** profitability analysis (unit: %)
Chart 89: 2018-2023 Jiangsu Yangnong Chemical Co., Ltd. *** operating capacity analysis (unit: times).
Chart 90: 2018-2023 Jiangsu Yangnong Chemical Co., Ltd. *** solvency analysis (unit: %, times).
Chart 91: 2018-2023 Jiangsu Yangnong Chemical Co., Ltd. *** development capacity analysis (unit: %)
Chart 92: Overall business structure of Jiangsu Yangnong Chemical Co., Ltd. in 2023 (unit: %)
Figure 93: 2023 Jiangsu Yangnong Chemical Co., Ltd.*** sales network layout (unit: %)
Chart 94: Application fields of pesticide products of Jiangsu Yangnong Chemical Co., Ltd. in 2023.
Chart 95: 2023 Jiangsu Yangnong Chemical Co., Ltd. *** pesticide sales status (unit: tons, %)
Figure 96: Analysis of the advantages and disadvantages of Jiangsu Yangnong Chemical Co., Ltd. in developing pesticide intermediates business.
Exhibit 97: Development history of Lianhetech Co., Ltd.
Exhibit 98: Basic information table of Lianhetech shares.
Exhibit 99: 2023 Lianhua Technology Co., Ltd.*** equity penetration chart (unit: %)
Chart 100: Analysis of the main economic indicators of Lianhua Technology Co., Ltd. from 2018 to 2023 (unit: 100 million yuan).
Chart 101: Profitability analysis of Lianhua Technology Co., Ltd. from 2018 to 2023 (unit: %)
Chart 102: 2018-2023 Lianhua Technology Co., Ltd.*** Operational Capability Analysis (Unit: Times).
Chart 103: 2018-2023 Lianhua Technology Co., Ltd.*** solvency analysis (unit: %, times).
Exhibit 104: 2018-2023 Lianhua Technology Co., Ltd.*** Development Capability Analysis (Unit: %)
Exhibit 105: Overall business structure of Lianhetech Co., Ltd. in 2023 (unit: %)
Chart 106: 2023 Lianhua Technology Co., Ltd.*** sales network layout (unit: %)
Exhibit 107: 2023 Lianhua Technology Co., Ltd. *** Pesticide Intermediates Product Application Field Customer Type.
Chart 108: Sales status of pesticide intermediates of Lianhua Technology Co., Ltd. in 2023.
Exhibit 109: Patents obtained by Lianhetech Co., Ltd. in 2023.
Chart 110: Analysis of the advantages and disadvantages of Lianhetech Co., Ltd.*** in developing pesticide intermediates business.
Chart 111: Development history of ABA Chemical Co., Ltd.
Exhibit 112: Basic information table of ABA Chemical shares.
Chart 113: 2023 ABA Chemical Co., Ltd. *** Equity Penetration Chart (Unit: %)
Chart 114: Analysis of the main economic indicators of ABA Chemical Co., Ltd. from 2018 to 2023 (unit: 100 million yuan, 10,000 yuan).
Exhibit 115: 2018-2023 ABA Chemical shares*** profitability analysis (unit: %)
Chart 116: 2018-2023 ABA Chemical Co., Ltd. *** Operational Capability Analysis (Unit: Times).
Chart 117: 2018-2023 ABA Chemical shares*** solvency analysis (unit: %, times).
Chart 118: 2018-2023 ABA Chemical Co., Ltd. *** Development Capability Analysis (Unit: %)
Exhibit 119: Overall business structure of ABA Chemical Co., Ltd. in 2023 (unit: %)
Chart 120: 2023 ABA Chemical Co., Ltd.*** sales network layout (unit: %)