Group 1 - The "Deep Sea No. 1" project has achieved a maximum daily production capacity of over 15 million cubic meters, making it China's largest offshore oil and gas field [1] - 70% of global oil and gas resources are located in the ocean, with 44% in deep and ultra-deep water areas [1] - China is leveraging robotics and intelligent technology to reshape the cost curve and safety boundaries of offshore oil and gas resource development [1] Group 2 - Intelligent systems are becoming the central nervous system for deep-sea oil and gas resource development, allowing for remote operation during extreme weather [2] - The "Deep Sea No. 1" underwater production system can be remotely controlled to avoid production losses during typhoons [2] - Safety measures include wearable devices for workers that monitor health metrics and high-definition cameras for real-time hazard detection [2] Group 3 - The West River 24-7 platform in the South China Sea has made significant advancements in intelligent oil extraction and operational safety [3] - AI is projected to reduce production costs by approximately $7 per barrel of oil equivalent, representing a 17.5% decrease [3] Group 4 - The "FCV4000" underwater robot can operate at depths of 4,000 meters, performing complex tasks in harsh deep-sea conditions [4] - The robot is designed with a high-strength titanium alloy shell and can execute precise operations using advanced intelligent control systems [4] Group 5 - Underwater robots are crucial for offshore oil and gas exploration and maintenance, significantly reducing operational costs [5] - The "Qilin Arm," a lightweight underwater robotic arm, can cut procurement and maintenance costs by over 50% annually [5] Group 6 - China has made significant advancements in marine engineering, achieving multiple "Asia First" milestones in deep-water platforms and equipment [6] - Chinese marine equipment manufacturing capabilities are gaining international recognition, with recent deliveries for global deep-water projects [6]