China Renewable Methanol (Green Methanol) Industry Strategic Planning and Investment Direction Research Report 2023

China Renewable Methanol (Green Methanol) Industry Strategic Planning and Investment Direction Research Report 2023-2030

[Publisher]: Zhongying Xinhe Research Network

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Chapter 1: Renewable methanol (RM) industry overview and data sources

1.1 Renewable methanol (RM) industry definition

1.1.1 Definition of renewable methanol (RM).

1.1.2 Methanol VS Renewable Methanol (RM)

1.1.3 Renewable methanol (RM) industry

1.1.4 Renewable methanol (RM) terminology and analysis

1. Renewable methanol (RM) terminology

2. Identification of the concept of renewable methanol (RM).

1.2 Renewable methanol (RM) industry classification

1.3 Scoping note for this report

1.4 Renewable methanol (RM) industry market supervision & standard system

1.4.1 Regulatory system and institutional functions of the renewable methanol (RM) industry

1. China's renewable methanol (RM) industry authority

2. Self-regulatory organization of China's renewable methanol (RM) industry

1.4.2 Renewable methanol (RM) industry standard system and construction process

1. Construction of China's renewable methanol (RM) standard system

2. Summary of the current standards for renewable methanol (RM) in China

(1) Summary of the current national standards for China's renewable methanol (RM) industry

(2) Summary of key industry standards for China's renewable methanol (RM) industry

3. Interpretation of China's renewable methanol (RM) key standards

1.5 Description of data sources and statistical standards in this report

1.5.1 Authoritative data sources for this report

1.5.2 Description of the research methodology and statistical standards of this report

——Current Situation——

Chapter 2: Global Renewable Methanol (RM) Industry Development Status and Trend Insights

2.1 Global methanol and renewable methanol (RM) development

2.2 Global methanol supply and demand

2.2.1 Methanol production capacity

2.2.2 Methanol demand analysis

2.2.3 Historical price of methanol

2.3 Methanol production process

2.3.1 Non-renewable methanol

1. Gray methanol

2. Brown methanol

3. Blue methanol

2.3.2 Renewable methanol

1. Biomethanol

2. Green biomethanol

3. Green methanol

2.4 Renewable methanol (RM) production costs

2.5 Summary of green methanol production facilities and technology suppliers

2.6 Methanol vs. other fuels

2.6.1 Fuel Characteristics

2.6.2 Volumetric energy content

2.7 Global Renewable Methanol (RM) Industry Market Size and Prospects

2.7.1 Global Renewable Methanol (RM) Industry Market Size

2.7.2 Global Renewable Methanol (RM) Industry Market Outlook Forecast

2.7.3 Insight into the development trend of the global renewable methanol (RM) industry

2.8 Summary of experience and useful reference for the development of the global renewable methanol (RM) industry

Chapter 3: Development Status and Market Pain Points of China's Renewable Methanol (RM) Industry

3.1 The development history of the renewable methanol (RM) industry

3.2 Technological progress in the renewable methanol (RM) industry

3.2.1 R&D investment in the renewable methanol (RM) industry

3.2.2 R&D and innovation in the renewable methanol (RM) industry (patent and transformation)

1. Analysis of China's renewable methanol (RM) patent application and authorization

2. Renewable methanol (RM) patent type in China

3. Popular applicants for renewable methanol (RM) in China

4. China's renewable methanol (RM) hot technology

3.2.3 Key technologies in the renewable methanol (RM) industry (status quo and breakthroughs)

1. Development of biomass carbon capture and storage (BECCS) technology

2. Development of direct air carbon capture (DAC) technology

3. Development of renewable energy water electrolysis technology for hydrogen production

4. Development of biomass gasification to methanol technology

3.2.4 Technical Roadmap (Process and Flow) of Renewable Methanol (RM) Industry

3.3 Renewable methanol (RM) industry market players

3.3.1 Types of market players in the renewable methanol (RM) industry

3.3.2 Entry methods for enterprises in the renewable methanol (RM) industry

3.3.3 Number of market players in the renewable methanol (RM) industry

3.4 Summary of existing and planned renewable methanol (RM) projects

3.5 Renewable methanol (RM) industry market competition landscape

3.6 Interpretation of key projects of renewable methanol (RM).

3.6.1 Anyang Shunli Environmental Protection Technology Co., Ltd. uses CO2 to produce green low-carbon methanol co-production LNG project

1. Basic information of the project

2. Project investment

3. Project capacity

4. The significance of project construction

3.6.2 CO2 to green methanol project of Jiangsu Sierbang Petrochemical Co., Ltd

1. Basic information of the project

2. Project investment

3. Project capacity

4. The significance of project construction

3.7 Development status of renewable methanol (RM) industrialization

3.8 Renewable methanol (RM) industry market size

3.9 Pain points in the market development of renewable methanol (RM) industry

Chapter 4: Renewable methanol (RM) industry chain panorama and supporting industry development

4.1 Renewable methanol (RM) industry chain structure combing

4.2 Ecological map of renewable methanol (RM) industry chain

4.3 Regional heat map of renewable methanol (RM) industry chain

4.4 Cost structure of the renewable methanol (RM) industry

4.5 Renewable methanol (RM) biomass materials market analysis

4.5.1 Overview of renewable methanol (RM) biomass materials

4.5.2 Forestry and agricultural wastes and by-products

4.5.3 Biogas/sewage from landfills

4.5.4 Municipal solid waste (MSW)

4.5.5 Pulp and paper industry effluents

4.6 Renewable methanol (RM) upstream - "green hydrogen" market analysis

4.6.1 Overview of green hydrogen

4.6.2 Mainstream hydrogen production technologies and carbon emissions

4.6.3 Cost analysis of hydrogen production by water electrolysis

4.6.4 Development status of industrialization of hydrogen production by water electrolysis

4.7 Renewable methanol (RM) upstream - "green electricity" market analysis

4.7.1 Overview of green electricity

4.7.2 Overview of the solar photovoltaic power generation market

4.7.3 Overview of the wind power market

4.7.4 Other green power market overview

4.8 Renewable methanol (RM) production equipment market analysis

4.8.1 Overview of renewable methanol (RM) production equipment

4.8.2 Renewable methanol (RM) production equipment market development status

1. Hydrogen production equipment

2. CO2 recovery and purification equipment

3. Methanol synthesis equipment

4.8.3 Prospects for the development trend of renewable methanol (RM) production equipment

4.9 Summary of the impact of supporting industry layout on the renewable methanol (RM) industry

Chapter 5: China Renewable Methanol (RM) Industry Segment Analysis

5.1 Overview of China's renewable methanol (RM) segmentation technology roadmap

5.2 Renewable methanol (RM) segment: biomethanol

5.2.1 Overview of biomethanol

5.2.2 Brief analysis of the biomethanol market

5.2.3 Development trend of biomethanol

5.3 Renewable methanol (RM) segment: Green biomethanol

5.3.1 Overview of green biomethanol

5.3.2 Brief analysis of green biomethanol market

5.3.3 Development trend of green biomethanol

5.4 Renewable Methanol (RM) Segment: Electricity to Methanol (CO2 Hydrogenation to Methanol)

5.4.1 Significance of carbon dioxide resource utilization

5.4.2 Carbon dioxide resource utilization routes

5.4.3 Technical route of carbon dioxide hydrogenation to methanol

5.4.4 Brief analysis of carbon dioxide hydrogenation to methanol market

5.4.5 Development trend of carbon dioxide hydrogenation to methanol

5.5 Methanol storage and transportation market analysis

5.5.1 Main modes of methanol transportation and storage

1. Transportation of methanol

2. Storage of methanol

5.5.2 Development of renewable methanol storage and transportation in China

5.6 Analysis of the strategic position of China's renewable methanol (RM) industry market segments

Chapter 6: Exploration and Analysis of Renewable Methanol (RM) Segmentation Applications in China

6.1 Renewable methanol (RM) application scenarios & market segment distribution

6.1.1 Renewable methanol (RM) application scenarios (usage scenarios & demand scenarios)

1. As a raw material

2. As fuel

6.1.2 Renewable methanol (RM) applications (applications & industries)

6.2 Renewable methanol (RM) subdivision application: new energy vehicles

6.2.1 Development of new energy vehicles

1. The development status of new energy vehicles

2. The development trend of new energy vehicles

6.2.2 Exploration of the application of renewable methanol (RM) in the field of new energy vehicles - methanol vehicles

6.2.3 Renewable methanol (RM) project cases in the field of new energy vehicles

6.2.4 Renewable methanol (RM) demand potential in the field of new energy vehicles

6.3 Renewable methanol (RM) segment application: ships

6.3.1 Ship development

1. The status quo of ship development

2. Ship development trend

6.3.2 Exploration of the application of renewable methanol (RM) in the marine field - marine methanol

6.3.3 Renewable methanol (RM) project cases in the marine sector

6.3.4 Renewable methanol (RM) demand potential in the marine sector

6.4 Analysis of the strategic position of China's renewable methanol (RM) industry market segment

Chapter 7: Case studies of global and Chinese renewable methanol (RM) companies

7.1 Comparison of global and Chinese renewable methanol (RM) companies

7.2 Case studies of global and Chinese renewable methanol (RM) companies (in no particular order, customizable)

7.2.1 Icelandic Carbon Cycle International (CRI)

1. Basic information of the enterprise

2. Business operation

3. Enterprise renewable methanol (RM) layout

4. The layout of the enterprise in China

7.2.2 German Innogy

1. Basic information of the enterprise

2. The company's renewable methanol (RM) related business layout

7.2.3 荷兰OCI Global

1. Basic information of the enterprise

2. Business operation

3. Enterprise business structure and renewable methanol (RM) layout

(1) Business structure (output structure)

(2) Renewable methanol (RM) layout

4. The layout of the enterprise in China

7.3 Case study of renewable methanol (RM) companies in China (in no particular order, customizable)

7.3.1 Henan Shuncheng Group Energy Technology Co., Ltd. - CO2 hydrogenation to green low-carbon methanol co-production LNG project

1. Basic information of the enterprise

(1) Development history

(2) Basic information

(3) Shareholding structure

2. Business operation

3. Enterprise business architecture

4. R&D & productivity of renewable methanol (RM) products of enterprises

5. Sales & competitiveness of renewable methanol (RM) products

6. Enterprise renewable methanol (RM) product application & solution

7. Enterprise renewable methanol (RM) layout strategy & advantages and disadvantages

7.3.2 Jiangsu Sierbang Petrochemical Co., Ltd. - CO2 to green methanol project

1. Basic information of the enterprise

(1) Development history

(2) Basic information

(3) Shareholding structure

2. Business operation

3. Enterprise business architecture

4. R&D & productivity of renewable methanol (RM) products of enterprises

5. Sales & competitiveness of renewable methanol (RM) products

6. Enterprise renewable methanol (RM) product application & solution

7. Enterprise renewable methanol (RM) layout strategy & advantages and disadvantages

7.3.3 Wuzhong Tongda Coal Chemical Co., Ltd. - 300,000 tons/year green low-carbon methanol project

1. Basic information of the enterprise

(1) Development history

(2) Basic information

(3) Shareholding structure

2. Business operation

3. Overview of enterprise projects

4. R&D & productivity of renewable methanol (RM) products of enterprises

5. Sales & competitiveness of renewable methanol (RM) products

6. Enterprise renewable methanol (RM) product application & solution

7. Enterprise renewable methanol (RM) layout strategy & advantages and disadvantages

7.3.4 CRRC Group Co., Ltd. - Xinjiang "Liquid Sunshine" Green Hydrogen Green Methanol Project

1. Basic information of the enterprise

(1) Development history

(2) Basic information

(3) Shareholding structure

2. Business operation

3. Enterprise business architecture

4. R&D & productivity of renewable methanol (RM) products of enterprises

5. Sales & competitiveness of renewable methanol (RM) products

6. Enterprise renewable methanol (RM) layout strategy & advantages and disadvantages

7.3.5 Xinjiang Goldwind Science and Technology Co., Ltd. - 2 million kW wind power hydrogen to methanol project

1. Basic information of the enterprise

(1) Development history

(2) Basic information

(3) Shareholding structure

2. Business operation

3. Enterprise business structure (revenue structure)

4. R&D & productivity of renewable methanol (RM) products of enterprises

5. Sales & competitiveness of renewable methanol (RM) products

6. Enterprise renewable methanol (RM) layout strategy & advantages and disadvantages

7.3.6 China Coal Ordos Energy & Chemical Co., Ltd. - Ordos 100,000 tons/year liquid sunlight - carbon dioxide plus green hydrogen to methanol technology demonstration project

1. Basic information of the enterprise

(1) Development history

(2) Basic information

(3) Shareholding structure

2. Business operation

3. Enterprise business architecture

4. R&D & productivity of renewable methanol (RM) products of enterprises

5. Sales & competitiveness of renewable methanol (RM) products

6. Enterprise renewable methanol (RM) layout strategy & advantages and disadvantages

7.3.7 Yangzhou Jidao Energy Co., Ltd. - Bayannur New Energy Hydrogen Production, Bio-production of Green Methanol and Green Hydrogen Equipment Assembly and Manufacturing Project

1. Basic information of the enterprise

(1) Development history

(2) Basic information

(3) Shareholding structure

2. Business operation

3. R&D & productivity of renewable methanol (RM) products of enterprises

4. Sales & competitiveness of renewable methanol (RM) products

5. Enterprise renewable methanol (RM) layout strategy & advantages and disadvantages

——Prospects——

Chapter 8: Environmental Insights & SWOT Analysis of China's Renewable Methanol (RM) Industry

8.1 Economic environmental analysis of China's renewable methanol (RM) industry

8.1.1 Current status of China's macroeconomic development

1. GDP growth

2. The structure of China's three industries

3. China's industrial economic growth

4. China's investment in fixed assets

8.1.2 Macroeconomic outlook for China

1. Forecasts of China's GDP growth by international institutions

2. Forecasts of domestic institutions for the growth rate of China's macroeconomic indicators

8.1.3 Analysis of the Macroeconomic Correlation between the Development of China's Renewable Methanol (RM) Industry and the Macroeconomy

8.2 Social environmental analysis of China's renewable methanol (RM) industry

8.2.1 Social and environmental analysis of China's renewable methanol (RM) industry

1. The size and growth rate of Chinese population

2. Changes in the level of urbanization in China

(1) The current situation of China's urbanization

(2) Prospects for China's urbanization trend

3. China's energy consumption structure

4. Chinese residents' awareness of environmental protection has been enhanced

8.2.2 Summary of the impact of social environment on the development of the renewable methanol (RM) industry

8.3 Policy environmental analysis of China's renewable methanol (RM) industry

8.3.1 Summary and interpretation of policy planning for renewable methanol (RM) industry at the national level

8.3.2 Summary and interpretation of renewable methanol (RM) industry policy planning in 31 provinces and cities

8.3.3 The impact of national carbon neutrality and carbon peak policies on the development of the renewable methanol (RM) industry

8.3.4 Summary of the impact of the policy environment on the development of the renewable methanol (RM) industry

8.4 SWOT Analysis of China's Renewable Methanol (RM) Industry (Strengths/Weaknesses/Opportunities/Threats)

Chapter 9: Market Prospect and Development Trend Analysis of China's Renewable Methanol (RM) Industry

9.1 Assessment of the development potential of China's renewable methanol (RM) industry

9.1.1 Life cycle of China's renewable methanol (RM) industry

9.1.2 Assessment of the development potential of China's renewable methanol (RM) industry

9.2 Analysis of the key growth points of China's renewable methanol (RM) industry in the future

9.3 Forecast of China's renewable methanol (RM) industry (next 5 years)

9.4 Prediction of the development trend of China's renewable methanol (RM) industry

9.4.1 Competitive Trends in China's Renewable Methanol (RM) Industry

9.4.2 Technological innovation trends in China's renewable methanol (RM) industry

9.4.3 Renewable Methanol (RM) Industry Segment Trends in China

Chapter 10: Strategic Planning Strategies and Recommendations for Investment in China's Renewable Methanol (RM) Industry

10.1 Barriers to entry and exit in China's renewable methanol (RM) industry

10.1.1 Renewable methanol (RM) industry entry barrier analysis

10.1.2 Analysis of exit barriers to the renewable methanol (RM) industry

10.2 Investment risk warning for China's renewable methanol (RM) industry

10.3 Analysis of Investment Opportunities in China's Renewable Methanol (RM) Industry

10.4 Investment Value Assessment of China's Renewable Methanol (RM) Industry

10.5 Investment Strategies and Recommendations for China's Renewable Methanol (RM) Industry

Table of Contents of Charts

Figure 1: Advantages and disadvantages of methanol and renewable methanol (RM).

Figure 2: Renewable methanol (RM) industry attribution in the "National Economic Industry Classification and Code".

Figure 3: Renewable methanol (RM) terminology

Figure 4: Renewable methanol (RM) concept differentiation

Figure 5: Renewable methanol (RM) industry classification

Figure 6: Scoping of this report

Figure 7: Composition of China's renewable methanol (RM) industry regulatory system

Figure 8: China's renewable methanol (RM) industry authorities

Exhibit 9: Self-Regulatory Organizations for China's Renewable Methanol (RM) Industry

Exhibit 10: Construction of China's renewable methanol (RM) standard system as of 2023 (unit: items)

Figure 11: Current national standards for China's renewable methanol (RM) industry as of 2023

Exhibit 12: Key industry standards for China's renewable methanol (RM) industry as of 2023

Figure 13: Interpretation of key standards for China's renewable methanol (RM) industry

Exhibit 14: Summary of authoritative data sources for this report

Figure 15: Description of the main research methods and statistical criteria in this report

Figure 16: Global methanol and renewable methanol (RM) development

Chart 17: Global methanol production capacity 2018-2022 (in 100 million tons)

Figure 18: Global methanol production and growth rate from 2018 to 2022 (unit: 10,000 tons, %)

Figure 19: Global methanol demand and growth rate from 2015 to 2022 (unit: 10,000 tons)

Exhibit 20: Global methanol representative market closing price, 2022-2023 (in EUR/mt, USD/mt)

Figure 21: Different methanol production routes

Figure 22: Current and future production costs of biomethanol and green methanol

Figure 23: Comparative analysis of the cost of coal-to-methanol and green methanol (unit: yuan/ton, yuan/kWh)

Exhibit 24: Existing or planned key green methanol production facilities (tonnes/year)

Exhibit 25: Global Green Methanol Representative Technology Suppliers

Exhibit 26: Comparison of different fuel characteristics (unit: MJ/kg, GJ/m3, bar, °C)

Figure 27: Ranking of volumetric energy content by fuel (unit: GJ/m3)

Exhibit 28: Annual global renewable methanol (RM) production (in 10,000 tons)

Exhibit 29: Global renewable methanol (RM) production forecast for 2050 (in 100 million tons)

Exhibit 30: Insights into global renewable methanol (RM) industry trends

Exhibit 31: Summary of experience and useful lessons from the development of the global renewable methanol (RM) industry

Figure 32: The history of China's renewable methanol (RM) industry

Figure 33: China's R&D investment in renewable methanol (RM) from 2020 to 2022 (unit: 100 million yuan)

Figure 34: Renewable methanol (RM) patent applications and authorizations in China from 2011 to 2023 (unit: items, %)

Exhibit 35: Renewable methanol (RM) patent types in China in 2022 (unit: items, %)

Exhibit 36: Top 10 Renewable Methanol (RM) Patent Applicants in China in 2022

Exhibit 37: China's Top 10 Renewable Methanol (RM) Patents as of 2022 (Unit: Items, %)

Exhibit 38: Global biomass utilization technology classification and technology maturity

Figure 39: CO2 emission reduction demand potential of biomass carbon capture and storage (BECCS) in China from 2025 to 2060 (unit: 100 million tons/year)

Figure 40: Schematic diagram of the DAC technology flow

Figure 41: CO2 adsorption by HOFs

Figure 42: Solid adsorption of HOF materials by Shanxi Clean Carbon Research Institute

Figure 43: Four technical routes for hydrogen production by water electrolysis

Figure 44: Analysis of key technologies in the renewable energy hydrogen production industry

Figure 45: Comparison of four water electrolysis technologies for hydrogen production

Figure 46: Renewable methanol (green methanol) process route

Exhibit 47: Types of Market Players in China's Renewable Methanol (RM) Industry

Exhibit 48: A brief analysis of the entry patterns of participants in China's renewable methanol (RM) industry

Exhibit 49: Number of new registrations of enterprises in China's renewable methanol (RM) industry from 2017 to 2023 (unit: units)

Figure 50: Summary of existing and planned renewable methanol (RM) projects in China as of 2023 (unit: 100 million yuan, 10,000 tons/year)

Exhibit 51: Competitive landscape of companies in China's renewable methanol (RM) industry in 2023 (unit: %)

Figure 52: Basic situation of Anyang Shunli Environmental Protection Technology Co., Ltd.'s CO2 to green low-carbon methanol co-production LNG project

Figure 53: Investment in Anyang Shunli Environmental Protection Technology Co., Ltd.'s CO2 to green low-carbon methanol co-production LNG project (unit: 10,000 yuan, %)

Figure 54: Production capacity of Anyang Shunli Environmental Protection Technology Co., Ltd. using CO2 to green low-carbon methanol co-production LNG project (unit: 10,000 tons)

Figure 55: Construction significance of Anyang Shunli Environmental Protection Technology Co., Ltd. using CO2 to green low-carbon methanol co-production LNG project (unit: 100 million Nm3/year)

Figure 56: Basic situation of CO2 to green methanol project of Jiangsu Sierbang Petrochemical Co., Ltd

Figure 57: Investment in CO2 to green methanol project of Jiangsu Sierbang Petrochemical Co., Ltd. (unit: 10,000 yuan, %)

Figure 58: Main engineering, products and by-products of CO2 to green methanol project of Jiangsu Sierbang Petrochemical Co., Ltd. (unit: t/a, h)

Figure 59: Renewable methanol (RM) industrialization in China

Figure 60: China's existing renewable methanol production capacity as of 2022 (unit: 10,000 tons/year)

Figure 61: Changes in the scale and structure of China's methanol production capacity from 2020 to 2022 (unit: 10,000 tons, %)

Figure 62: Market investment in China's renewable methanol (RM) industry as of 2023 (unit: items, 100 million yuan)

Figure 63: Analysis of the pain points of China's renewable methanol (RM) industry market development

Figure 64: Structure of renewable methanol (RM) industry chain

Figure 65: Ecological map of the renewable methanol (RM) industry chain

Figure 66: Regional heat map of the renewable methanol (RM) industry chain

Exhibit 67: Cost structure of the renewable methanol (RM) industry (in %)

Figure 68: Steps in landfill production to methanol

Figure 69: Different hydrogen production technologies and carbon emissions

Exhibit 70: Green Hydrogen Production Cost Analysis and Forecast 2020-2050 (in USD/kg)

Exhibit 71: Cost structure of electrolyzed water (in %)

Exhibit 72: Share of global and Chinese green hydrogen production in 2021 (unit: %)

Exhibit 73: Identified green hydrogen projects that have been tendered or started from January to October 2023 (in tonnes/year)

Exhibit 74: China's PV installed capacity trend from 2013 to 2022 (unit: GW)

Figure 75: New installed capacity of wind power in China from 2016 to 2022 (unit: GW)

Figure 76: Cumulative installed capacity of wind power in China from 2016 to 2022 (unit: GW)

Figure 77: Total wind power and photovoltaic power generation in China from 2021 to 2022 (unit: trillion kWh)

Figure 78: China's biomass energy development in 2022 (unit: 10,000 kilowatts, 100 million cubic meters, 100 million square meters, 10,000 tons)

Figure 79: Operation and future investment of Yangyi Geothermal Power Station as of 2023 (unit: 10,000 hours, 100 million kWh, 100 million yuan)

Figure 80: List of major equipment for green methanol production

Figure 81: China's water electrolysis hydrogen production equipment shipments (including exports) from 2021 to 2022 (unit: MW)

Figure 82: 2021-2022 China Water Electrolysis Equipment Industry Concentration CR3 (Unit: %)

Figure 83: Summary of the impact of supporting industry layout on the development of the renewable methanol (RM) industry

Exhibit 84: Overview of China's renewable methanol (RM) segment technology roadmap

Figure 85: Summary of China's biomethanol construction projects (unit: 10,000 tons)

Figure 86: Common resource utilization of carbon dioxide

Figure 87: Equation for the hydrogenation of carbon dioxide to methanol

Figure 88: CO2 hydrogenation to methanol process

Figure 89: Summary of key projects of CO2 hydrogenation to methanol (unit: tons/year)

Figure 90: Methanol transport mode

Exhibit 91: Analysis of the strategic position of China's renewable methanol (RM) industry segment

Figure 92: China's new energy vehicle production from 2012 to 2022 (unit: 10,000 units, %)

Figure 93: China's new energy vehicle sales from 2012 to 2022 (unit: 10,000 units, %)

Exhibit 94: 2023-2030 production forecast of China's new energy vehicle industry (unit: 10,000 units)

Exhibit 95: Analysis of the layout of methanol companies in China's representative automobile companies

Figure 96: Methanol vehicle pilots in key provinces in China

Exhibit 97: China's demand for methanol vehicles in 2025 (unit: units)

Exhibit 98: China's shipbuilding orders in 2022 (unit: 10,000 dwt, %)

Exhibit 99: China's shipbuilding orders forecast for 2023 (in 10,000 dwt)

Chart 100: Country distribution of global methanol-powered container ship hand-held orders as of Q3 2023 (unit: ships)

Exhibit 101: Renewable methanol (RM) industry segment applied to Boston matrix analysis

Exhibit 102: Global and Chinese renewable methanol (RM) companies (unit: 10,000,000,000,000,000,000,000,000,000,000,000,000 yuan)

Exhibit 103: Icelandic Carbon Cycle International's operations in 2022 (in US$10,000)

Exhibit 104: OCI Global revenue from 2019 to 2023 (in USD billion)

Exhibit 105: 2022 OCI Global Production Structure of Self-produced Products (in %)

Exhibit 106: OCI Global's renewable methanol production pathway

Figure 107: Development history of Henan Shuncheng Group Energy Technology Co., Ltd

Exhibit 108: Basic information table of Henan Shuncheng Group Energy Technology Co., Ltd

Exhibit 109: Equity penetration chart of Henan Shuncheng Group Energy Technology Co., Ltd. (unit: %)

Figure 110: Annual production of Henan Shuncheng Group Energy Technology Co., Ltd. (unit: 10,000 tons)

Exhibit 111: Product architecture of Henan Shuncheng Group Energy Technology Co., Ltd

Exhibit 112: Competitiveness of renewable methanol (RM) products of Shuncheng Group in Henan Province (unit: 10,000 tons)

Exhibit 113: Application of renewable methanol (RM) products of Shuncheng Group, Henan Province - methanol heavy truck

Figure 114: Henan Shuncheng Group Energy Technology Co., Ltd. renewable methanol (RM) layout strategy & advantages and disadvantages

Figure 115: Development history of Jiangsu Sierbang Petrochemical Co., Ltd

Exhibit 116: Basic information table of Jiangsu Sierbang Petrochemical Co., Ltd

Exhibit 117: Equity penetration chart of Jiangsu Sierbang Petrochemical Co., Ltd. (unit: %)

Exhibit 118: Operating conditions of Jiangsu Sierbang Petrochemical Co., Ltd

Figure 119: Product layout of Jiangsu Sierbang Petrochemical Co., Ltd

Exhibit 120: Renewable methanol production capacity of Jiangsu Sierbang Petrochemical Co., Ltd. (unit: tons/year)