Core Viewpoint - The China National Environmental Monitoring Center has released the "Qualified Directory of Applicability Testing for Water Quality Instruments," which includes 1,242 products across 22 categories of water quality monitoring and related instruments, indicating a significant advancement in the technical standards and reliability of water quality monitoring instruments in China [1][2]. Summary by Relevant Sections Overview of Qualified Instruments - The qualified instruments cover key indicators and technical requirements for current water environment monitoring, including pH automatic monitoring instruments, turbidity automatic monitoring instruments, dissolved oxygen automatic monitoring instruments, and various others [3]. Detailed Instrument Categories and Quantities - The following table summarizes the categories and quantities of qualified water quality instruments as of December 31, 2025: | Water Quality Instrument Category | Number of Instruments (units) | | --- | --- | | pH automatic monitoring instrument | 27 | | Turbidity automatic monitoring instrument | 2 | | Dissolved oxygen automatic monitoring instrument | 1 | | Conventional five-parameter automatic monitoring instrument | 90 | | Permanganate index automatic monitoring instrument | 86 | | Total nitrogen automatic monitoring instrument (HJ/T 102-2003 compliant) | 165 | | Total nitrogen automatic monitoring instrument (CNEMC-03-ZJZX-005-2023 compliant) | 22 | | Total phosphorus automatic monitoring instrument (HJ/T 103-2003 compliant) | 169 | | Total phosphorus automatic monitoring instrument (CNEMC-03-ZJZX-006-2023 compliant) | 30 | | Ammonia nitrogen automatic monitoring instrument | 187 | | Chemical oxygen demand automatic monitoring instrument | 175 | | UV absorption automatic monitoring instrument | 15 | | Heavy metal (lead, cadmium, arsenic, hexavalent chromium) automatic monitoring instrument | 27 | | COD photometric rapid determination instrument | 4 | | Ultrasonic open channel flow meter | 9 | | Volatile organic compounds automatic monitoring instrument | 2 | | Outdoor small multi-parameter automatic monitoring system | 25 | | Automatic water sampler | 69 | | Intelligent water sampler | 8 | | Data collection and transmission instrument | 120 | | Pollution source automatic monitoring (control) intelligent data collection and transmission instrument | 7 | | Heavy metal (antimony, thallium) automatic monitoring instrument | 2 [4][5].

Core Insights - The National Water Ecological Environment Smart Monitoring Business and Experimental Platform project has been initiated, with an investment of 233 million yuan and a construction area of approximately 17,000 square meters [2]. Group 1: Project Overview - The project plans to establish five core business laboratories, including a water ecological environment monitoring assessment laboratory and a water ecological value tracing and transmission laboratory, along with a national water ecological monitoring data platform and auxiliary public facilities [2]. - Upon completion, the project will create a synergistic effect with the existing "1+5" scientific facilities in the Huairou Science City East District, enhancing collaborative research in environmental ecology and promoting the development of related industries such as environmental monitoring equipment [2]. Group 2: Regional Development - The Huairou Science City spans Huairou and Miyun districts, with the Miyun section being part of the East District. Ongoing improvements in construction quality and efficiency are observed, with major projects accelerating [2]. - The "1+5" scientific facilities are continuously open for sharing, and significant achievements have been made, such as the recent release of a new generation air quality model from the Earth System Numerical Simulation Facility [2]. - Additional major projects, each with an investment scale exceeding 100 million yuan, have been successfully laid out, including the comprehensive construction of the first phase of the Peking University Huairou Medical Center and steady progress on the Peking University Dental Hospital National Medical Center project [2][3].

特别提示 微信机制调整，点击顶部"仪器信息网" → 右上方"…" → 设为 ★ 星标，否则很可能无法看到我们的推送。 7 3年前的今天，中国科学院仪器馆在长春成立。 新中国成立时，仪器事业一片空白，1 9 5 1年，在钱三强的推荐下"两弹一星"功勋王大珩负责筹建中科院仪器馆， 首笔建设经费为 1 4 0 0万斤小米 。 筹备团队把长春铁北区一个带有大烟囱的旧厂房作为基地 。这个大烟囱旁是一大片空旷的场地，场地上到处都是炸弹坑、碎弹片以 及废弃的坦克。王大珩领着他带来的2 8个人，在这片千疮百孔的土地上，一锹一锹、一镐一镐开出了一片地方。 1 9 5 3年1月2 3日 ， 中科院仪器馆就在这片曾经的荒地上正式成立了，王大珩任副馆长并代理馆长职务。 中科院仪器馆是新中国 在光学领域建立的第一个研究所， 主要从事发光学、应用光学、光学工程精密机械与仪器的研发生产。 1 9 5 3年底 熔制出我国第一炉光学玻璃，为建立光学仪器制造业奠定了基础 1 9 5 6年， 《 1 9 5 6—1 9 6 7 年 科 学 技 术 发 展 远 景 规 划 纲 要 》 ， 将 发 展 国 家 仪 器 制 造 事 业 、 提 高 仪 ...

Core Viewpoint - The establishment of the Emergency Management University marks a significant step in enhancing the country's emergency management education and research capabilities, aiming to support the modernization of the national emergency management system and improve public safety [4][6]. Group 1 - The Emergency Management University is the first undergraduate institution in China named specifically for "emergency management," formed by the merger of North China University of Science and Technology and the Disaster Prevention Technology Institute [4]. - The university has a rich history, with its predecessor institutions dating back to 1950 and 1975, focusing on safety production and earthquake disaster reduction [4]. - The university aims to develop into a high-level application-oriented research university, primarily offering full-time undergraduate education while actively promoting graduate education [6]. Group 2 - The university's mission is to serve the economic and social development by providing talent, technology, and theoretical support for the advancement of the national emergency management system [6]. - By 2035, the university aims to become a first-class domestic and internationally recognized institution with distinctive features, contributing to the high-quality development of China's emergency management sector [6].

Core Viewpoint - The article highlights the release of a list of 16 qualified continuous monitoring systems for ammonia emissions from fixed pollution sources by the China National Environmental Monitoring Center, which will be valid until December 31, 2025. This list includes products from both international and domestic companies, showcasing the competitive landscape in ammonia monitoring technology [1][2][5]. Group 1: Monitoring Systems - A total of 16 ammonia emission monitoring systems have passed rigorous testing, meeting key indicators such as measurement range, response time, and anti-interference capability [2][3]. - The qualified systems include models from companies like ABB, Endress+Hauser, and domestic firms such as Shanghai Beifen and Zhetian Chunlai, indicating a blend of international and local technological strengths [5][6]. Group 2: Technological Advancements - The technology of ammonia monitoring equipment in China has significantly improved, featuring automation capabilities such as self-calibration, fault diagnosis, and remote operation, which reduce operational costs for enterprises [6]. - The adaptability of these devices has increased, allowing them to function effectively in complex environments characterized by high temperatures, dust, and humidity, thus catering to diverse industry needs [6]. Group 3: Market Growth - Ammonia is a critical precursor to PM2.5 and ozone, posing direct threats to ecosystems and human health, which makes its monitoring essential under China's dual carbon strategy [6]. - The fixed pollution source gas monitoring market is expected to experience a new growth phase, with the ammonia continuous monitoring system market projected to maintain a compound annual growth rate of over 15% in the next three years [6].

Core Viewpoint - The article highlights the recognition of Jiangsu Nake as a national-level "specialized, refined, and innovative" small giant enterprise, emphasizing its role in core industrial sectors and key links in the supply chain, showcasing outstanding innovation capabilities and high market share in niche markets [2]. Group 1 - Jiangsu Nake has been officially listed as one of the national-level specialized and innovative small giant enterprises by the Ministry of Industry and Information Technology [2]. - The company specializes in the research, development, and application of analytical instruments and testing evaluation technologies, positioning itself as a high-tech enterprise [2]. - Jiangsu Nake focuses on the introduction and development of research technologies and the construction of new technology platforms, actively exploring future technological development directions in the industry [2]. Group 2 - The company aims to build a precision analytical instrument research and development center and a high-end instrument manufacturing center, aspiring to become an internationally leading materials testing and certification evaluation service platform [2].

Core Viewpoint - In 2026, the food, agriculture, forestry, animal husbandry, and fishery sectors will implement 264 new standards, which will drive industry upgrades and technological applications [1]. Group 1: Food Testing Standards - Advanced chromatographic and mass spectrometric techniques will be central to the new standards for food physicochemical and nutritional component testing. For instance, the determination of chiral amino acids will utilize pre-column derivatization high-performance liquid chromatography-tandem mass spectrometry [2]. - The detection of sulfonamides, nitroimidazoles, and β-agonists in feed will fully transition to liquid chromatography-tandem mass spectrometry technology [2]. - Ion chromatography will be explicitly used for the determination of polysaccharides in tremella, while near-infrared spectroscopy will be applied for rapid analysis of moisture and oil content in rapeseed due to its efficient and non-destructive characteristics [2]. Group 2: Biotechnology and Advanced Fields - The application of scientific instruments in biotechnology has penetrated molecular and cellular levels. Standards for next-generation sequencing (NGS) technology in nucleic acid preparation and statistical analysis procedures for cell counting will provide a quantitative basis for biomanufacturing and cell therapy products [3]. - The selection and confirmation of genome editing terminology and rapid detection methods for microorganisms will further standardize the operational methods and processes of precision biological experimental instruments [3]. Group 3: List of New Standards - A comprehensive list of new standards to be implemented in 2026 includes: - GB/T 46804-2025: Determination of phosphatidylserine in food - GB/T 45733-2025: Determination method for polysaccharides in tremella using ion chromatography - GB/T 22106-2025: Quality general rules for non-fermented soybean products - GB/T 45809-2025: Traceability technical specifications for condiments - GB/T 45685-2025: Technical guidelines for quality control and management of condiment production enterprises [4][5][6].

Core Viewpoint - The newly released "National Industrial Technology Engineering Center Management Measures" by the National Development and Reform Commission is expected to significantly promote the application of domestic instruments in key technological platforms in China, helping to break the "discrimination" against domestic instruments [1][5]. Group 1: Policy Overview - The "Measures" aim to integrate technological and industrial innovation, accelerating the engineering and industrial application of major scientific achievements and cultivating new productive forces [2]. - The centers established under this policy will serve national strategic tasks and ensure the stability of industrial and supply chains, requiring significant technological achievements with independent intellectual property rights and top-tier technical integration capabilities [2]. - The centers will focus on tackling key core technologies, building verification platforms, promoting technology transfer, enhancing talent development, and deepening international cooperation [2]. Group 2: Management Structure - The management of the centers will follow a three-tier system involving the national level, supervisory units, and relying units, with the National Development and Reform Commission responsible for top-level design and policy formulation [2]. - The centers must meet specific qualification criteria and will be selected based on a "few but excellent" principle [2]. - Centers will undergo a preparatory management phase (generally not exceeding three years) and will be formally recognized after passing evaluations [2]. Group 3: Support and Procurement - The policy includes support measures such as central budget investments, tax incentives, preferential government procurement, and talent incentives [2]. - It mandates that centers must legally procure domestic instruments and equipment, prioritizing the first sets of major technological equipment and new materials for government green procurement lists [3]. - The centers are also required to share their platform instruments and facilities, promoting high-level common technology service platforms for the industry [4][5].

特别提示 微信机制调整，点击顶部"仪器信息网" → 右上方"…" → 设为 ★ 星标，否则很可能无法看到我 们的推送。 今 年 以 来 ， 国 家 发 展 改 革 委 认 真 贯 彻 落 实 党 中 央 、 国 务 院 决 策 部 署 ， 会 同 各 有 关 方 面 优 化 实 施"两新"政策，在前期扎实开展设备更新项目谋划储备的基础上，抓紧组织项目申报，严格做 好审核把关，加快推动设备更新政策落地见效。近日，2026年第一批936亿元超长期特别国 债支持设备更新资金已经下达，支持 工业 、能源电力、 教育 、 医疗 、粮油加工、 海 关 查 验 、 住 宅 老 旧 电 梯 、 节 能 降 碳 环 保 、 回 收 循 环 利 用 等 领 域 约 4500 个 项 目 ， 带 动 总 投 资 超 过 4600亿元；同时，采取直接向地方下达资金的方式，继续支持老旧营运货车报废更新、新能 源城市公交车更新、老旧农机报废更新。 下一步，国家发展改革委将会同各有关方面，持续做好统筹协调和跟踪调度，加强设备更新项 目和资金全链条管理，扎实推进项目建设，加快提升资金使用效率，进一步发挥"两新"政策效 能。 | 版 权 ： ...

特别提示 微信机制调整，点击顶部"仪器信息网" → 右上方"…" → 设为 ★ 星标，否则很可能无法看到我们的推送。 财政部于1月21日发布《关于推动解决政府采购异常低价问题的通知》（后称"《通知》"），这一政策旨在整治政府 采购领域的 "内卷式"竞争 ，推动形成 优质优价、良性竞争 的市场秩序。通知自2026年2月1日起正式施行。 摘要 ： 随着新规于2月1日实施，我国政府采购制度将更加成熟定型，从传统程序型采购向现代治理型采购转变。这不仅提升了财 政资金使用效益，也为落实国家战略和服务高质量发展提供了制度支撑。 《通知》提出从采购需求管理、异常低价审查和履约验收三个关键环节入手，确保政府采购实现"优质优价"目标。特 别是对耗材使用量大的实验、医疗等仪器设备采购项目，《通知》要求采购人加强管理，引入全生命周期成本理念。特 别需要注意的是，明确异常低价界定，设置 审查启动红线 。 《通知》明确了 四种应当启动异常低价审查的情形 ： 采购人可根据项目实际情况提高启动审查的数值标准，但 最高不得超过65% 。出现上述情形时，评审委员会需启动 审查程序，要求供应商在合理时间内（一般不少于30分钟）提供成本测算等书面 ...