Core Viewpoint - The traditional energy equipment manufacturing giant, Lanzhou Lanshi Heavy Equipment Co., Ltd. (Lanshi Heavy Equipment), is strategically transitioning into the new energy sector, focusing on hydrogen and nuclear fusion technologies through partnerships with research institutions [1][2]. Group 1: Strategic Partnerships - Lanshi Heavy Equipment and its subsidiary signed agreements with the Hefei Comprehensive National Science Center Energy Research Institute to establish joint laboratories for hydrogen-ammonia fusion technology and nuclear fusion heat exchange equipment [1][2]. - This collaboration aims to promote the localization of core hydrogen and nuclear fusion equipment, addressing critical technological challenges [2]. Group 2: Industry Positioning - Lanshi Heavy Equipment is expanding its capabilities in the energy revolution, focusing on both nuclear fusion and hydrogen-ammonia sectors, reflecting its strategic commitment to the new energy equipment industry [2][3]. - The company has established a comprehensive industrial chain in nuclear energy, covering everything from nuclear-grade materials to environmental protection equipment, with a significant increase in orders in the nuclear sector [3]. Group 3: Technological Development - In the nuclear fusion field, Lanshi Heavy Equipment has developed a new type of compact heat exchanger for fusion engineering, contributing to major scientific projects and achieving a 90% market share in nuclear-grade plate heat exchangers [3]. - The joint laboratory for fusion heat exchange equipment aims to tackle extreme temperature challenges and drive technological advancements in fusion power generation [3]. Group 4: Hydrogen-Ammonia Sector - Lanshi Heavy Equipment is developing a systematic solution capability in the hydrogen-ammonia sector, establishing a green hydrogen integrated demonstration base and creating leading core equipment in the industry [4]. - The partnership with the Energy Research Institute aims to advance research and industrial application of zero-carbon technologies in hydrogen and ammonia fusion, with ambitious goals for modular ammonia production facilities [4]. Group 5: Innovation and Talent Development - The collaboration establishes a closed-loop system for industry-academia-research cooperation, enhancing the transition of scientific research into market applications [6]. - The establishment of a nuclear fusion science and engineering college in partnership with Lanzhou University aims to strengthen talent cultivation, creating a virtuous cycle of research, transformation, and talent development [6].

Core Viewpoint - Lansi Heavy Industry (603169) is advancing its development in nuclear energy and hydrogen energy equipment by establishing joint laboratories with Hefei Comprehensive National Science Center's Energy Research Institute to promote research and industrial development in zero-carbon technologies and high-performance fusion heat exchange equipment [2][3][4]. Group 1: Joint Laboratory Agreements - Lansi Heavy Industry and its subsidiary signed agreements to establish joint laboratories focused on hydrogen-ammonia fusion engineering technology and high-efficiency fusion heat exchange equipment [2][3]. - The collaboration aims to enhance research in controlled nuclear fusion and develop new technologies for high-performance heat exchange systems [3][4]. Group 2: Research Directions and Goals - The joint laboratory for fusion heat exchange equipment will focus on three main areas: compact and efficient heat exchange systems for fusion power generation, low-temperature heat exchange equipment, and optimization of flow channels in Tokamak devices [3][4]. - The goal is to create a roadmap for technology development within one year and achieve significant results in the fusion energy sector within two to five years, including prototypes for efficient heat exchange equipment [4]. Group 3: Hydrogen-Ammonia Fusion Technology - The establishment of the hydrogen-ammonia fusion engineering technology laboratory will facilitate research in modular flexible ammonia synthesis, green hydrogen liquefaction, and ammonia cracking for hydrogen production [4][5]. - The aim is to develop a modular industrial ammonia synthesis facility powered by renewable energy sources and establish a hydrogen station with a capacity exceeding 1000 kg/d [5]. Group 4: Market Position and Growth - Lansi Heavy Industry has built a robust industry system in the fusion heat exchange equipment sector, achieving a 90% market share in nuclear-grade plate heat exchangers [6]. - The company reported a 32.16% year-on-year increase in nuclear energy orders, amounting to 306 million yuan in the first half of 2025, and is enhancing production capacity to meet future market demands [7].