In Qingpu, China, the launch of the first hydrogen-rich rice planting technical specifications signifies a significant advancement in agriculture. The application of hydrogen-rich irrigation technology has notably boosted rice yields and improved product quality in the district. Hydrogen agriculture is increasingly recognized for its potential to enhance crop productivity and quality while mitigating environmental impact. At Shanghai Xulian Agricultural Products Cooperative, the implementation of hydrogen-rich water irrigation over 11.6 hectares of rice fields has demonstrated a remarkable 10% yield increase compared to conventional methods. The 'Huruan 1212' rice variety, cultivated with hydrogen-rich water, exhibited larger panicles, thicker straw, and enhanced lodging resistance. The introduction of group standards for hydrogen-rich rice not only benefits farmers through standardized practices but also fosters high-quality modern agriculture. Collaborations between Air Liquide China and Nanjing Agricultural University's hydrogen biology team have been pivotal in driving this agricultural innovation. Zhang Yanfeng, from the Shanghai Yangtze River Delta Hydrogen Energy Technology Research Institute, has played a key role in promoting hydrogen agriculture in Qingpu. Through years of practical implementation and the establishment of demonstration bases for hydrogen-rich crops, including rice, strawberries, and blueberries, the positive impact of hydrogen-rich water irrigation on agricultural product yield and quality has been clearly demonstrated. This shift has enabled farmers to sell 'brands' rather than just crops, significantly elevating their income levels.