晚报 | 7月21日主题前瞻

Infrastructure - The Yarlung Tsangpo River downstream hydropower project officially commenced on July 19, with a total investment of approximately 1.2 trillion yuan [1] - The project will construct five cascade power stations, leveraging a significant technical resource potential of nearly 70 million kilowatts, which is three times the installed capacity of the Three Gorges Dam [1] - The project is expected to boost demand in various sectors, including civil explosives, cement, tunneling, and geotechnical engineering [1] Robotics - UBTECH Robotics won the largest procurement order in the global humanoid robot sector, amounting to 90.5115 million yuan, from MiYi (Shanghai) Automotive Technology Co., Ltd [2] - The company has accelerated its humanoid robot business, with plans to deliver 500 industrial humanoid robots this year [2] - The humanoid robotics industry is experiencing rapid commercialization, with projections indicating potential mass production of over 10,000 units by 2026 [2] Rare Earths - The rare earth permanent magnet sector is witnessing a surge due to three favorable developments, including the reaffirmation of rare earth's strategic importance by the Ministry of State Security [3] - A new rare earth mineral, "Nd-Huanghe," was discovered, expanding resource potential [3] - The Chinese rare earth industry holds 70% of global production capacity and 90% of processing output, with significant growth potential in the midstream sector [3] TDI Market - A fire at Covestro's plant in Germany has led to supply disruptions, causing TDI prices to rise significantly, with a reported increase of 2,000 yuan per ton in East China [4] - As of July 17, TDI prices in Northern China surged by over 30%, reaching 18,500 yuan per ton [4] - Domestic TDI supply is concentrated, and the recent supply reductions are expected to improve product profitability [5] Artificial Blood - Researchers from Germany and the UK identified a key molecular signal, CXCL12, which is crucial for the maturation of red blood cells [6] - This discovery has significant implications for the large-scale, personalized production of artificial blood and potential treatments for blood-related diseases [6]