Market Status Analysis and Investment Potential Assessment Report for China's Hydrogen Production Industry (2026–2032)

Chapter V: Comparative Patent Technology Research on Electrolytic Hydrogen Production Technologies Domestically and Internationally Section II: Patent Technology Analysis of Biological Hydrogen Production I. Temporal Trend of Patent Applications in the Field of Biological Hydrogen Production II. Regional Distribution of Patent Applications in the Field of Biological Hydrogen Production III. Patent Distribution and Development Trends of Core Technologies in Biological Hydrogen Production IV. Analysis of Patent Holders in Biological Hydrogen Production Technologies V. Comparative Patent Technology Research on Biological Hydrogen Production Domestically and Internationally Section III: Patent Technology Analysis of Solar Hydrogen Production I. Development Analysis of the Solar Hydrogen Production Technology Field II. Regional Distribution of Patent Applications in the Solar Hydrogen Production Technology Field III. Patent Distribution and Development Trends of Core Technologies in Solar Hydrogen Production IV. Analysis of Patent Holders in Solar Hydrogen Production Technologies V. Comparative Patent Technology Research on Solar Hydrogen Production Domestically and Internationally Section IV: Patent Technology Analysis of Natural Gas-Based Hydrogen Production I. Development Analysis of the Natural Gas-Based Hydrogen Production Technology Field II. Analysis of New Processes and Technologies in Natural Gas-Based Hydrogen Production III. Natural Gas-Based Hydrogen Production Technologies in Oilfields and Their Development Directions IV. Application Analysis of Domestic Natural Gas-Based Hydrogen Production Patent Technologies V. Technical Analysis of Hydrogen Production Equipment (Integrated Hydrogen Energy Units) Section V: Patent Technology Analysis of Methanol-Based Hydrogen Production I. Development Analysis of the Methanol-Based Hydrogen Production Technology Field II. Regional Distribution of Patent Applications in the Methanol-Based Hydrogen Production Technology Field III. Patent Distribution and Development Trends of Core Technologies in Methanol-Based Hydrogen Production IV. Benefit Analysis of Methanol-Based Hydrogen Production Patents V. Comparative Patent Technology Research on Methanol-Based Hydrogen Production Domestically and Internationally Chapter VI: Overview of Renewable-Energy-Based Hydrogen Production and Hydrogen Applications Section I: Environmental Classification and Production Methods of Hydrogen I. Environmental Classification of Hydrogen Production II. Hydrogen Production Methods Section II: Renewable-Energy-Based Hydrogen Production I. Classification of Hydrogen Production via Renewable Energy Power Generation II. Principles of Alkaline Electrolysis Hydrogen Production Coupled with Renewable Energy Power Generation III. Principles, System Composition, and Process Flow of Alkaline Electrolysis Hydrogen Production IV. Land Use, Investment, and Hydrogen Production Cost Analysis of Alkaline Electrolysis Hydrogen Production Equipment Section III: Pathways for Hydrogen Utilization I. Uses of Hydrogen as a Raw Material II. Uses of Hydrogen as an Energy Source Chapter VI: Upstream Sector of the Hydrogen Production Industry Section I: Analysis of China’s Hydrogen Storage Technologies and Hydrogen Refueling Stations (2025) I. Hydrogen Storage Technologies and Number of Hydrogen Refueling Stations II. Hydrogen Storage (A) Low-Temperature Liquid Hydrogen Storage (B) High-Pressure Gaseous Hydrogen Storage (C) Organic Liquid Hydrogen Storage III. Hydrogen Transportation: Gaseous and Liquid Transport Are Most Common IV. Hydrogen Refueling Stations (A) Rapid Expansion of Hydrogen Refueling Station Construction, with Clear Market Leadership in Deployment (B) Innovative Approaches to Hydrogen Refueling Stations, Potentially Serving as Effective Supplements Section II: Analysis of China’s Hydrogen Refueling Station Development I. Hydrogen Refueling Stations as Critical Infrastructure II. Dual-Track Development of China’s Hydrogen Refueling Stations Section III: Industry Analysis and Trend Forecast for China’s Hydrogen Fuel Cell Vehicle Sector (2026–2032) I. International Development Status II. Domestic Development Status III. Comparative Policy Analysis Across Countries (A) Europe: Promoting Integration of “Transportation and Hydrogen,” Providing Continuous and Stable Industrial Support (B) United States: Heavy Investment in Development (C) Japan: Leading Fuel Cell Development, Implementing Multi-Pronged Policy Measures (D) China: Strong Government Support for Industrial Development; Local Governments Safeguarding Hydrogen Industry Growth IV. Domestic Hydrogen Fuel Cell Vehicle Sales Forecast (2026–2032) Section IV: Prospects and Trend Forecast for China’s Hydrogen Production Industry (2026–2032) I. Frequent Issuance of Relevant Policies Supporting Hydrogen Industry Development

Survey and Market Outlook Forecast Report for China’s Hydrogen Refueling Station Industry (2027–2033)

Table of Contents Chapter I: Overview of the Hydrogen Refueling Station Market 1.1 Definition and Statistical Scope of Hydrogen Refueling Station Products 1.2 Types of Hydrogen Refueling Stations 1.2.1 Standalone Hydrogen Refueling Stations 1.2.2 Combined Hydrogen Refueling Stations 1.3 Industrial Chain Structure of Hydrogen Refueling Stations 1.4 Industry Overview of Hydrogen Refueling Stations Chapter II: Domestic and International Market Analysis of the Hydrogen Refueling Station Industry 2.1 International Market Analysis of the Hydrogen Refueling Station Industry 2.1.1 Historical Development of the International Hydrogen Refueling Station Market 2.1.2 Technological Developments in Hydrogen Refueling Stations 2.1.3 Competitive Landscape Analysis of Hydrogen Refueling Stations 2.1.4 Future Development Trends of the International Hydrogen Refueling Station Market 2.2 Domestic Market Analysis of the Hydrogen Refueling Station Industry 2.2.1 Historical Development of the Domestic Hydrogen Refueling Station Market 2.2.2 Technological Developments in Hydrogen Refueling Stations 2.2.3 Development Analysis of Hydrogen Refueling Stations 2.2.4 Regional Development Analysis of Hydrogen Refueling Stations in Major Domestic Areas 2.2.5 Future Development Trends of the Domestic Hydrogen Refueling Station Market 2.3 Comparative Analysis of Domestic and International Hydrogen Refueling Station Markets Chapter III: Development Environment Analysis of Hydrogen Refueling Stations 3.1 Global Economic Environment Analysis 3.2 U.S. Economic Environment Analysis 3.3 European Economic Environment Analysis 3.4 Japanese Economic Environment Analysis 3.5 Analysis of China’s Macroeconomic Environment Chapter IV: Policies and Planning for the Hydrogen Refueling Station Industry 4.1 Policy Analysis of the Hydrogen Refueling Station Industry 4.1.1 Policy Analysis of the Hydrogen Refueling Station Industry in Major Global Countries 4.1.2 Policy Analysis of the Hydrogen Refueling Station Industry in China 4.2 Dynamic Research on the Hydrogen Refueling Station Industry 4.3 Development Trends of the Hydrogen Refueling Station Industry Chapter V: Technical Processes and Cost Structures of Hydrogen Refueling Stations 5.1 Technical Specifications of Hydrogen Refueling Station Products 5.2 Technical Process Analysis of Hydrogen Refueling Stations 5.3 Cost Structure Analysis of Hydrogen Refueling Stations 5.3.1 Overall Cost Analysis 5.3.2 Analysis of Major Equipment Costs Chapter VI: Current Status Analysis of Global Hydrogen Refueling Stations (2022–2026) 6.1 Operational Statistics of Hydrogen Refueling Stations (2022–2026) 6.2 New Hydrogen Refueling Station Additions in Major Global Countries (2022–2026) 6.3 Cost Analysis of Hydrogen Refueling Stations in Major Global Countries (2022–2026) Chapter VII: In-Depth Studies of Key National Hydrogen Refueling Station Markets 7.1 Hydrogen Refueling Stations in Japan 7.1.1 Introduction to Japan’s Hydrogen Refueling Stations 7.1.2 Detailed Description of Japan’s Hydrogen Refueling Stations 7.1.3 Construction Volume, Cost, and Gross Profit Analysis 7.2 Hydrogen Refueling Stations in Germany 7.2.1 Introduction to Germany’s Hydrogen Refueling Stations 7.2.2 Detailed Description of Germany’s Hydrogen Refueling Stations 7.2.3 Construction Volume, Cost, and Gross Profit Analysis 7.3 Hydrogen Refueling Stations in the United States 7.3.1 Introduction to the United States’ Hydrogen Refueling Stations 7.3.2 Detailed Description of the United States’ Hydrogen Refueling Stations 7.3.3 Construction Volume and Cost Analysis 7.4 Analysis of China’s Hydrogen Refueling Station Development 7.4.1 Analysis of China’s Hydrogen Refueling Station Development 7.4.2 Companies Producing Related Hydrogen Refueling Station Equipment

Vivakor LOI Targets Hydrogen Plant and Fueling Station at Texas Airport

1 day ago

Vivakor Inc. secured a nonbinding letter of intent to develop a hydrogen production plant and fueling station at a Texas airport. The project will utilize organic waste for fuel, supporting the airport's transition to hydrogen-powered buses.

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2026-11-09

Vivakor LOI Targets Hydrogen Plant and Fueling Station at Texas Airport

Vivakor LOI Targets Hydrogen Plant and Fueling Station at Texas Airport

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