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Global Hydrogen Energy Technology and Industry Development Trends: Opportunities for Oil and Gas Pipeline Industries
Oil & Gas Pipeline Engineering Network | September 16, 2020
President Xi Jinping, from the strategic height of ensuring national energy security, proposed the “Four Revolutions, One Cooperation” energy security strategy, requiring green and low-carbon direction, promoting technological innovation, industrial innovation, and business model innovation by category, and cultivating energy technology and related industries as new growth drivers for China’s industrial upgrading.
Hydrogen energy represents a crucial direction for global energy technology revolution. Accelerating hydrogen industry development is a strategic choice for addressing global climate change, ensuring national energy supply security, and achieving sustainable development. It represents an important measure for implementing the spirit of the 19th Party Congress, constructing a “clean, low-carbon, safe, and efficient” energy system, and promoting energy supply-side structural reform.
In 2019, hydrogen energy was first included in the Government Work Report, requiring “promoting the construction of charging and hydrogen refueling facilities,” marking a development opportunity for China’s hydrogen industry. On May 22, 2020, the National Development and Reform Commission, entrusted by the State Council, clearly indicated in the report submitted to the 13th National People’s Congress the formulation of a national hydrogen industry development strategic plan, marking the first time hydrogen energy was included in the annual national economic and social development plan.
Hydrogen Energy Market Outlook
• By 2050: 18% of global terminal energy demand
• Market value: Over $2.5 trillion potential
• CO₂ reduction: 6 billion tons annually
• Fuel cell vehicles: 20-25% of global vehicle fleet
Global Hydrogen Industry and Technology Development Status and Trends
Hydrogen energy is a secondary energy source that, unlike coal, oil, and natural gas which can be directly extracted from underground, must be produced from fossil fuels or water through chemical reactions. Hydrogen has always been a fundamental raw material for ammonia and methanol production. With oil quality upgrades, refineries have become the largest hydrogen consumption sector.
Global hydrogen-related industries have developed rapidly, with market scale growing from $187.1 billion in 2011 to $251.5 billion in 2017. Developed countries and regions including the United States, Europe, and Japan have increased hydrogen R&D investment and policy support, focusing on five major application areas: passenger vehicles, hydrogen refueling stations, buses, electrolysis hydrogen production equipment, and trucks.
Hydrogen as Fundamental Raw Material with Widespread Use
Hydrogen sources are diverse, with industrial hydrogen primarily derived from natural gas steam reforming and coal gasification. Chlor-alkali, steel, and coking industries also produce substantial by-product hydrogen. Future biomass and renewable energy hydrogen production can provide zero-emission clean hydrogen.
| Application Sector | Consumption (Million Tons) | Percentage |
|---|---|---|
| Refining Industry | 33.0 | 44.6% |
| Ammonia Synthesis | 36.8 | 49.7% |
| Methanol Production | 2.6 | 3.5% |
| Metal Refining | 1.3 | 1.8% |
| Other Applications | 0.3 | 0.4% |
Hydrogen Industry Development in Major Markets
Under the energy transition background, developing hydrogen energy has become consensus among developed economies. The United States, European Union, and Japan have all made hydrogen industry development a national energy strategy, with hydrogen and fuel cells gaining momentum in transportation sectors.
United States: Early Start, Steady Development
Leading global hydrogen economy concept with comprehensive legislative framework and $6.3 billion federal budget allocation for clean energy R&D including hydrogen and fuel cells.
Europe: Integrated Approach
Collaborative 25-nation European Hydrogen and Fuel Cell Technology Platform with €350 million H2Mobility investment and 177 operational hydrogen stations by 2019.
Japan: Focused Excellence
“Hydrogen Society” construction with 340,000 installed fuel cell CHP systems, commercial Toyota and Honda fuel cell vehicles, and 114 operational hydrogen stations.
Hydrogen Technology Development Status and Trends
The hydrogen industry chain encompasses production, storage, transportation, and utilization. Different technology routes will drive and lead hydrogen industry development at various time points. The industry consensus of “gray hydrogen is unacceptable, blue hydrogen is usable, waste hydrogen is recoverable, and green hydrogen is the direction” has emerged.
Hydrogen Classification by Production Method
• Gray Hydrogen: From fossil fuels without carbon capture
• Blue Hydrogen: From fossil fuels with carbon capture and storage
• Waste Hydrogen: Recovery from industrial processes
• Green Hydrogen: From renewable energy electrolysis
• Target: 100% green hydrogen for refueling stations by 2050
1. Zero-Carbon Hydrogen Production Development
Natural gas reforming accounts for 76% of global hydrogen production. Renewable electricity electrolysis currently represents only 2% but has enormous potential with alkaline, PEM, and solid oxide electrolysis technologies.
2. Efficient Low-Cost Hydrogen Storage and Transport
Pipeline transport offers strong competitiveness for long-distance hydrogen delivery. Global hydrogen pipeline networks total less than 5,000km, with the US leading at 2,500km and China having only 100km.
3. Hydrogen Refueling Station Development
By end-2019, 432 hydrogen refueling stations operated globally, with approximately 30% using liquid hydrogen storage, primarily in Japan and the US, while China focuses on high-pressure gas stations.
4. Low-Platinum/Platinum-Free Fuel Cell Development
Automotive fuel cells primarily use PEM technology. Current platinum usage maintains 0.3-0.5g/kW levels, with targets to reduce to 0.1g/kW while developing cost-effective catalyst alternatives.
China’s Hydrogen Industry and Technology Rapid Development
China’s hydrogen energy research and development can be traced back to the early 1960s, initially focused on producing liquid hydrogen fuel for rockets. After entering the 21st century, China has introduced a series of policies to support civilian hydrogen energy development.
Government Continuous Support Policies
Since 2006, the State Council released the “National Medium and Long-term Science and Technology Development Program (2006-2020),” focusing on efficient low-cost fossil fuel hydrogen production, renewable energy hydrogen production, and hydrogen storage and distribution technologies. During the “13th Five-Year Plan,” successive releases of energy technology innovation action plans and new energy vehicle development plans have guided hydrogen and fuel cell industry development.
Key Policy Milestones
• 2006: National Science & Technology Development Program
• 2016-2030: Energy Technology Revolution Innovation Action Plan
• 2019: Hydrogen infrastructure included in Government Work Report
• 2020: National hydrogen industry strategy planning development
Innovation Alliance Formation and Industry Investment
In 2018, led by China Energy Group, 17 large enterprises, prestigious universities, and research institutions from energy, equipment manufacturing, transportation, and metallurgical materials industries established the China Hydrogen Energy and Fuel Cell Industry Innovation Strategic Alliance. The alliance membership has grown to 72 organizations, promoting collaborative innovation, resource integration, and application promotion.
According to incomplete statistics, domestic hydrogen energy investment exceeded 200 billion yuan in 2019, showing explosive growth trends with investments covering the entire hydrogen industry chain.
| Technology Area | Current Capability | Development Stage |
|---|---|---|
| Hydrogen Production | Large-scale coal/gas/methanol hydrogen production, liquefaction technology | Commercial |
| Refueling Stations | 35MPa refueling equipment, 70MPa prototype development | Development |
| Compression Systems | 45MPa small-flow manufacturing, 87.5MPa test prototypes | Testing |
| Fuel Cells | Good technology reserves, demonstration applications | Demonstration |
Hydrogen Industry Cluster Formation
Currently, China’s hydrogen industry remains in early commercialization stages. Under strong national policy support, local governments and enterprises show tremendous enthusiasm for hydrogen development with continuous investment waves. China has formed seven hydrogen industry clusters: Beijing-Tianjin-Hebei, Yangtze River Delta, Pearl River Delta, Central China, Northwest, Southwest, and Northeast regions.
Regional Clusters
Seven major hydrogen industry clusters with demonstration parks and hydrogen towns emerging nationwide.
Supporting Infrastructure
Related industrial supporting systems and commercial application frameworks gradually exploring and improving.
Complete Value Chain
Comprehensive hydrogen industry chain gradually forming with integrated development approach.
Strategic Importance of Oil Companies Advancing Hydrogen Industry and Technology
Hydrogen energy maintains close relationships with oil companies’ traditional industry chains, demonstrating extremely high compatibility with petroleum and petrochemical industries. The hydrogen industry chain is extensive, covering hydrogen production, storage, transportation, and applications, highly aligning with transportation fuel oil and natural gas supply models.
Strategic Needs for National Energy Security
Currently, the global energy landscape is undergoing profound adjustments, with a new round of energy revolution beginning. Hydrogen energy serves as an important exploration direction for solving energy resource and environmental crises. Countries worldwide treat hydrogen as strategic resources, actively developing hydrogen energy to gradually reduce dependence on fossil fuels.
Energy Independence Enhancement
Hydrogen energy can flexibly realize hydrogen-electricity conversion, solving renewable energy instability while enabling carbon-containing chemical production and reducing carbon dioxide emissions.
Technology Innovation Adaptation
Developed economies are transitioning from “oil and gas era” to “natural gas + renewable energy era,” requiring oil companies to advance alternative energy business planning.
Competitive Advantage Building
Electric vehicles and hydrogen fuel cell vehicles will fundamentally transform traditional fuel station industries, requiring proactive preparation by oil companies.
Oil-Gas-Electricity-Hydrogen Synergistic Transformation
Global electricity’s share of terminal energy consumption continues increasing, approaching 40% by 2035 and expected to exceed 50% by 2050, becoming the absolute mainstay of terminal energy consumption. Oil companies developing hydrogen energy represents another opportunity for engaging electricity business and a necessary choice for sustainable business development.
Synergistic Development Opportunities
• Renewable energy grid stabilization through hydrogen storage
• Natural gas peaking power generation integration
• Local renewable energy consumption optimization
• High energy-consuming industry development in energy bases
• Independent power supply-demand model development
Strategic Recommendations for Oil Companies in Hydrogen Development
China plays an important role in global hydrogen industry development. Hydrogen industry development should be based on domestic resource endowments, developing hydrogen production, storage, transport, and efficient utilization technology “hard wings,” while formulating and improving standards, patents, and intellectual property “soft wings,” promoting hydrogen development and utilization through “one body, two wings” approach.
Hydrogen Development Strategic Framework
Production, Storage, Transport
Resource Endowment
IP and Regulations
Key Strategic Recommendations
1. Strategic Planning First
Develop hydrogen strategy before large-scale commercialization, focusing on selective development to promote coordinated oil-gas-electricity-hydrogen business development and comprehensive competitiveness enhancement.
2. Innovation Alliance Building
Accelerate cooperation with advanced domestic and international companies and research institutions, join hydrogen strategic alliances, create first-class innovation consortiums, and establish national-level hydrogen industry innovation R&D platforms.
3. Demonstration Project Advancement
Promote hydrogen refueling station demonstrations in areas with complete national and local subsidies and industrial policies, using industry support to drive technological innovation transformation from basic to applied research.
4. Professional Institution Establishment
Establish specialized hydrogen technology companies, build dedicated talent teams, improve institutional mechanisms and innovation policy systems, and increase incentive support to capture hydrogen industry development commanding heights.
5. Safety Management Enhancement
Strengthen safety risk awareness across hydrogen production, storage, transport, and utilization phases, develop practical safety risk prevention regulations, and build hydrogen operation monitoring systems for real-time monitoring and early warning.
Conclusion
Hydrogen energy represents a transformative opportunity for the global energy industry, with immense potential to reshape transportation, industrial processes, and energy storage systems. As countries worldwide accelerate hydrogen technology development and deployment, the industry stands at a critical inflection point for large-scale commercialization.
For oil and gas companies, hydrogen energy development offers both strategic necessity and competitive advantage. The natural synergies between existing petroleum infrastructure and hydrogen value chains provide unique positioning for traditional energy companies to lead the energy transition while maintaining core business strengths.
Success in the emerging hydrogen economy will require coordinated approaches combining technological innovation, strategic partnerships, regulatory compliance, and safety excellence. Companies that proactively invest in hydrogen capabilities today will be best positioned to capture the substantial economic and environmental benefits of tomorrow’s hydrogen-powered energy system.
