柳丽华介绍医院"一院三区"及医教研协同进展，肯定了后勤在推进精益管理、节能降耗方面的成效。她 强调，面对"健康中国2030"与"双碳"战略，未来医院将围绕节能降耗、智慧运维与环境友好三大方向， 持续提升绿色建设与运营水平。 日前，由山东省医院协会主办、山东大学齐鲁第二医院承办的山东省医院协会绿色医院分会成立大会暨 首届绿色医院建设与创新发展学术交流会在济南召开。山东省医院协会会长赵升田、齐鲁二院党委书记 柳丽华出席会议并致辞。齐鲁二院党委副书记孙永国当选山东省医院协会绿色医院分会主任委员。 赵升田指出，绿色医院建设已从"选择题"变为"必答题"，医疗机构既面临规划与运营的新机遇，也需要 应对系统整合等多重挑战。他希望分会汇聚专业力量，聚焦关键问题，树立行业标杆，推动山东省绿色 医院建设迈上新台阶。 孙永国以《城市更新背景下大型医院空间活化与更新探索与实践》为题，将城市更新的宏大命题，落实 到了医院建筑的具体空间中，以"有机更新"的理念，推动大型医院从粗放扩张转向与城市深度融合、共 生发展的精细化发展新模式。 中国医院协会后勤管理专业委员会主任委员、中国医学科学院北京协和医院原党委副书记柴建军作《医 疗机构后勤高 ...

Core Viewpoint - The company, Ningbo Nengzhiguang New Materials Technology Co., Ltd., founded by scientist Zhang Farao, is set to go public after 24 years of development, focusing on high-performance polymer materials and aiming for import substitution in high-end materials [1][2][12]. Company Overview - Founded in 2001 by Zhang Farao, a PhD from the Chinese Academy of Sciences, the company started in a 500 square meter space in Ningbo Economic and Technological Development Zone [2]. - The company has developed a strong portfolio of 57 patents and has been recognized as a national "Little Giant" enterprise [1][11]. Financial Performance - The core product, compatibilizers, contributed 95% of the revenue, with projected revenues of 535 million, 543 million, and 575 million yuan from 2022 to 2024 [3]. - The gross profit margin for compatibilizers increased from 12.19% to 16.91% during the same period [3]. - The net profit rose significantly from 21.86 million to 55.94 million yuan, with a net profit of 29.53 million yuan in the first half of 2025, reflecting a year-on-year growth of 10.81% [4]. Market Trends - The Chinese hot melt adhesive market has grown from 17.23 billion yuan in 2017 to approximately 25.32 billion yuan in 2022, with an annual growth rate of 8.01% [3]. - The demand for environmentally friendly materials is increasing, creating new opportunities for technology-driven companies like Nengzhiguang [3][11]. Customer Acquisition and Retention - The company has shown strong customer acquisition capabilities, adding 528, 477, and 439 new customers annually, with an increasing average revenue contribution per new customer [5]. - The net increase in customers remained positive, with net growth figures of 46, 56, and 73 customers over the same periods [5]. Technological Innovation - The company has established three core technology platforms, focusing on polymer graft modification, supercritical fluid purification, and organic-inorganic functional composites [10]. - The company has received multiple recognitions for its technological advancements, including being named a high-tech enterprise and a national-level "specialized and innovative" small giant [10][11]. Production and Quality Control - The company emphasizes automation and scale in production, having invested in advanced facilities to ensure product consistency and timely delivery [6]. - A comprehensive quality management system has been implemented, certified by ISO9001:2015, ensuring high product quality and customer trust [7]. Future Plans - The company plans to raise 106.58 million yuan to expand production capacity and enhance R&D capabilities, particularly targeting high-end applications currently dominated by international brands [12].

Core Viewpoint - The successful germination and survival rates of Salix and Caragana species in the Mu Us Desert exceed 90%, addressing a long-standing technical challenge in ecological restoration [1][3]. Group 1: Research and Development - The research team, led by Professor Sun Shiquan, initiated a project in 2021 focusing on the restoration of black and odorous water bodies using humic acid and indigenous bacteria [3]. - The team discovered that certain urban organic solid wastes, after fermentation, exhibit characteristics that enhance soil water retention, leading to the development of a nutrient-rich soil for desert improvement [3][5]. Group 2: Innovative Technology - The team developed a bamboo basket device, termed the "water core energy chip," which serves as a multifunctional platform for micro-ecosystem construction, effectively stabilizing sand and providing a conducive environment for seedling growth [5]. - This device actively absorbs limited capillary water from deeper sand layers and collects moisture from the air during specific conditions, contributing to water conservation [5]. Group 3: Future Prospects - The successful trial opens pathways for integrating urban solid waste management with desert ecological restoration, presenting a resource-circulating, environmentally friendly, and cost-effective ecological repair model [5]. - The team is in discussions with the Ordos City Construction Investment Company to further develop and apply these technologies in a 1,000-acre experimental area in the Mu Us Desert [5].