Hydrogen Energy Industry Development Mid- to Long-Term Plan (2021–2035).

This Hydrogen Energy Industry Development Plan (2021–2035) outlines China's strategy for promoting hydrogen energy as a key component of its energy transition. It aims to accelerate the development, deployment, and integration of hydrogen technologies to support carbon peaking by 2030 and carbon neutrality by 2060.
The Near-Term Goals (2021–2025) include: Establish a robust foundation for the hydrogen industry; Develop critical technologies and standards for hydrogen production, storage, transportation, and applications; Achieve carbon dioxide emission reduction of 1-2 million tons/year. Key Mid-Term Goals (2026–2030) are: Expand the hydrogen industry to support carbon peaking goals; Promote widespread adoption in transportation, industrial processes, and energy storage; Build a complete supply chain integrating green hydrogen production, storage, and usage. Key Long-Term Goals (2031–2035) are: Establish hydrogen as an essential part of the national energy system; Achieve breakthroughs in advanced hydrogen technologies and foster international competitiveness; Contribute significantly to carbon neutrality by fully integrating hydrogen into key industries.
The document emphasizes the importance of hydrogen as a clean energy source in the context of global energy transition and environmental sustainability. The document also highlights the need for coordinated efforts between government and market forces to ensure effective resource allocation and industry regulation. The implementation plan is structured around a 1+N policy system, which aims to address key issues in hydrogen energy management, infrastructure development, and technological innovation. It advocates for a phased approach to pilot projects and demonstrations, ensuring that local conditions are considered in the deployment of hydrogen technologies. Secondary themes include the integration of research, education, and industry to foster a collaborative ecosystem that enhances the economic viability of hydrogen technologies. The document stresses the importance of safety regulations and public awareness campaigns to support the industry's growth. While the document does not explicitly address food, agriculture, and natural resource management, the implications of hydrogen energy development could indirectly influence these sectors. For instance, the transition to cleaner energy sources may enhance agricultural sustainability by reducing reliance on fossil fuels. Additionally, the promotion of hydrogen technologies could lead to more efficient resource management practices. Policymakers are encouraged to consider these intersections when formulating action plans and regulations that support both hydrogen energy and broader environmental goals.