（编辑 任世碧） 证券日报网讯 7月30日晚间，碧兴物联发布首次公开发行部分战略配售限售股上市流通公告称，公司本 次股票上市类型为首发战略配售股份（限售期24个月）；股票认购方式为网下，本次股票上市流通总数 为981，500股。本次股票上市流通日期为2025年8月11日。 ...

Core Viewpoint - The automatic monitoring of pollution sources has established a large system, but issues such as unclear responsibility, irregular equipment maintenance, inconsistent data quality, and frequent data falsification persist, undermining the industry's image and reducing the effectiveness of fund utilization. The Jiangxi Province has proactively introduced the "Regulations on the Management of Automatic Monitoring Data for Pollution Sources" to address these challenges [1][2]. Group 1: Regulations and Responsibilities - The regulations clearly define that the polluting units are the responsible entities for automatic monitoring, mandating them to install, use, and maintain monitoring equipment legally, ensuring the normal operation and accuracy of monitoring data [1]. - The regulations include detailed anti-fraud provisions, listing four types of illegal activities and establishing penalties for both the units and responsible individuals, including dual fines and a five-year employment ban [1]. Group 2: Data Application and Industry Impact - The automatic monitoring technology has matured, yet biases regarding its reliability hinder investment in monitoring equipment. The recognition of the value of automatic monitoring by enterprises is crucial for its widespread application [2]. - The regulations state that marked automatic monitoring data can serve as evidence for pollution permits, waste treatment fee calculations, environmental statistics, and environmental protection tax assessments, which can incentivize polluting units to acknowledge the importance of automatic monitoring [2]. - A robust automatic monitoring system requires not only advanced technology and well-maintained equipment but also legal support to ensure its effectiveness and promote a positive feedback loop in the industry [2].

Core Insights - The research team from the Chinese Academy of Sciences has made significant progress in monitoring methane emissions from landfills using high-resolution satellite remote sensing technology, developing a new method for precise quantification of methane emissions [1][2] - Landfills are the third-largest anthropogenic source of methane emissions globally, accounting for approximately 18% of total anthropogenic methane emissions, making accurate monitoring crucial [1] - The study results were published in the international journal "Nature Climate Change" on July 28, 2025, and provide a new solution for global methane emission monitoring and reliable data support for emission reduction policies [2] Research Methodology - The research utilized satellites with a spatial resolution of 30 meters and a spectral resolution of 10 nanometers, employing matched filtering algorithms and integrated mass enhancement methods to identify and quantify methane plumes from 102 landfills worldwide [1] - A total of 367 effective plumes were detected, allowing for precise quantification of methane emissions from global landfills [1] Findings on Emission Differences - The study differentiated between two types of landfills: open dumps without protective measures and sanitary landfills designed for safe waste management [2] - The results indicated that methane emissions are significantly influenced by management practices, with open dumps exhibiting an average emission intensity 4.8 times higher than sanitary landfills [2] - This research provides a scientific basis for correcting biases in current emission databases by systematically assessing methane emissions on a global scale [2]

"三大生态屏障"监测能力实现突破。陕西基于环境DNA靶向监测技术，在秦岭区域开展朱鹮、秦 岭羚牛等珍稀濒危物种精准监测；建设陕西秦岭站、陕西巴山站等国家生态质量综合监测站；在汉江、 丹江等流域建成6个重金属水质自动监测站，实现风险实时预警，确保"一泓清水永续北上"；在黄河流 域开展河湖水生态综合状况评估，有效支撑生态环境保护和高质量发展。 应急监测能力持续提升。陕西先后配备9套移动应急监测平台，组建2支常备应急监测队伍，核辐射 应急车、走航质谱车、无人机等一批先进应急装备陆续列装；连续多年组织水环境污染、有毒有害气体 泄漏等突发环境事件应急监测演练，提升防范化解环境风险能力，有效保障环境安全。 7月22日，记者从省生态环境厅获悉：今年是陕西省环境保护监测站（现为陕西省环境监测中心 站）成立50周年。经过50年的发展，陕西如今已建成覆盖全省20.56万平方公里的"天空地一体化"环境 智慧监测网络，为美丽陕西建设提供全方位支撑。 生态环境质量监测网络建设立体推进。陕西建成813个多类型大气监测站点，构筑起"地面站点抓细 节、卫星遥感瞰全局、移动监测补盲区、预报模拟看未来"的立体监测预报矩阵；277个手工监测断面和 ...

守护蓝天白云的科技力量在南京再次升级。近日，由江苏省南京环境监测中心携手南京创蓝科技有 限公司打造的"南京市空气质量数值模式WRF-CMAQ系统"成功通过专家组验收。这一创新成果将大幅 提升环境空气预报的精度与准度，进一步增强南京空气质量预报能力。 据介绍，该系统运行以来，已输出200余次高质量预报。其24小时空气质量指数（AQI）预报准确 率高达94.4%，PM2.5与臭氧预报准确率分别达86.3%、79.2%，稳居同类监测系统前列。系统每月生 成的中长期预测与污染深度溯源报告已累计形成20余份，成为区域大气联防联控决策不可或缺的"智慧 大脑"。 新系统采用"气象—污染"双模型联动创新模式，覆盖全市的四层网格设计如精密锁扣层层嵌套，网 格分辨率从27公里逐步精细至1公里，实现对南京市域全方位、精细化覆盖。最内层1公里×1公里的网 格犹如"环境显微镜"，能够敏锐捕捉街道级别的污染变化特征，预报准确率较传统方法提升超30%。值 得一提的是，该系统还全面考量污染物的传输、扩散、化学反应等复杂过程，并在南京首次实现臭氧前 体物敏感性系数动态预测。 针对南京的地形气候特征，研发团队历经300余次反复实验，在关键环节实 ...

"你的项目这几年发展迅猛，请介绍一下你们的竞品情况？"台下，一家金融机构代表提问。 "此前我们的竞品主要是国外进口的，但目前我们新产品开发的迭代速度非常快，无论在功能性、 实用性还是先进性上都已超越国外产品。"台上，南京水泽万物环保科技有限公司创始人王勋自信地回 答。 王勋补充说，国内目前有一家公司正在做，还有一些小型企业，整体来看，目前这一块的竞争还不 是非常激烈，因为这是一个新兴市场。 7月18日，软件强链"融易行"2025年度系列路演活动第三站在金鱼嘴基金大厦举行，来自政府部 门、金融机构、产业院所和相关企业代表等近100人参加。 在路演环节，王勋带着一份"商业技术书"走上台，希望通过展示企业的"硬实力"获得资本青睐，而 他口中的新兴市场指的便是地下水环境监测。 "我们更多的是以结果服务为主导，客户选择华玺云科，我可以适配相应的产品以及解决方案，能 够让直播后带来更好的结果。"何洋这样回答。 "传统地下水监测需人工采样，成本高、效率低。"王勋展示自主研发的智能监测设备——通过独创 性的集成设备，实现地下水智能化采样监测。同时通过物联网和人工智能技术，实现监测井管理与现场 监测数据直连，降低质控难度，帮助 ...

Group 1 - The investigation around the environment of the Brownstone Peixin Kindergarten found no lead pollution in the surrounding area, with all tested samples meeting relevant environmental quality standards [1][2] - Air samples showed lead concentrations ranging from 0.006 μg/m3 to 0.026 μg/m3, significantly below the limits set by the National Ambient Air Quality Standards [2] - Groundwater samples did not detect any lead, and soil samples contained lead levels of 24.6 mg/kg and 27.6 mg/kg, both below the risk control standards for construction land [2] Group 2 - Surface water from the water source showed a lead concentration of 0.92 μg/L, which meets the Class I (excellent) standard of the Surface Water Environmental Quality Standards [2] - Historical satellite imagery indicated that the site of the kindergarten was previously an agricultural vineyard with no lead-related activities prior to its development in 2017 [2]

Core Viewpoint - The recent air quality forecast by the Ministry of Ecology and Environment indicates that most of the country will experience good to moderate air quality in the latter half of July, with some cities in specific regions potentially facing moderate ozone pollution [1][2]. Group 1: Ozone Pollution Characteristics - Ozone pollution is primarily a secondary pollutant formed from nitrogen oxides and volatile organic compounds (VOCs) under strong sunlight, with major sources including vehicle emissions and industrial processes [2][3]. - Near-surface ozone can adversely affect human health, particularly the respiratory and circulatory systems, leading to conditions such as asthma and other respiratory diseases [2][3]. - The average concentration threshold for ozone to impact public health is set at 160 micrograms per cubic meter over an 8-hour period [2]. Group 2: Seasonal and Temporal Trends - Ozone pollution tends to peak during the summer months, particularly from May to September, with higher concentrations typically occurring in the afternoon [3][4]. - Meteorological conditions such as high temperatures, ample sunlight, and low humidity contribute to the formation of ground-level ozone, making it more prevalent during clear and sunny days [2][3]. Group 3: Mitigation Strategies - Various regions are implementing precise forecasting and control technologies to enhance ozone pollution monitoring and management [4][5]. - Companies are investing significantly in upgrading pollution control facilities, with one example being an investment exceeding 10 million yuan to reduce emissions of nitrogen oxides and sulfur compounds to meet stringent environmental standards [5]. - Local governments are enhancing air quality monitoring and employing innovative methods, such as intelligent spray systems, to reduce particulate matter and improve air quality [5][6]. Group 4: Regulatory and Policy Measures - The government is focusing on coordinated control of fine particulate matter and ozone, promoting low-carbon and environmentally friendly technologies in traditional industries [6]. - There is an ongoing effort to strengthen the monitoring network for air quality and to implement ultra-low emission standards in key industries to reduce atmospheric pollutants [6].

Core Insights - In the first half of this year, China approved the establishment of 524 national standard materials, representing a year-on-year increase of 78.8% [1] - The total number of approved national standard materials has reached 18,982, with the country maintaining a leading position in international measurement mutual recognition capabilities [1] Group 1: National Standard Materials Overview - National first-level standard materials accounted for 5.9% of the total, with 31 items approved, showing a year-on-year growth of 47.6% [1] - National second-level standard materials made up 94.1% of the total, with 493 items approved, reflecting a year-on-year increase of 81.3% [1] Group 2: Application Areas - In the environmental monitoring sector, 202 standard materials were approved, accounting for 38.6% of the total, with a year-on-year growth of 69.7% [2] - The manufacturing and petrochemical industries saw the approval of 150 standard materials, representing 28.6% of the total, with a significant year-on-year increase of 108.3% [2] - In the food and agricultural product safety testing sector, 134 standard materials were approved, making up 25.6% of the total, with a year-on-year growth of 78.6% [2] - The medical and health sector had 38 standard materials approved, accounting for 7.2% of the total, with a year-on-year increase of 40.7% [2] Group 3: Specific Developments - The newly approved EGFR gene mutation genomic DNA standard material is expected to enhance the quality of companion diagnostics for targeted therapy in non-small cell lung cancer, thereby improving treatment outcomes [1] - The newly established series of graphite physical property standard materials will provide precise and reliable testing benchmarks for lithium battery manufacturers, supporting raw material quality control and production process optimization [2]

Group 1 - The core point of the news is that Beijing Biyuan Technology Co., Ltd. plans to reduce its holdings in Bixing Wulian by selling up to 785,189 shares, which is no more than 1% of the total share capital, from August 1, 2025, to October 31, 2025 [1] - As of the announcement date, Biyuan holds 9,600,000 shares in Bixing Wulian, accounting for 12.23% of the total shares, which were acquired before the company's initial public offering and became tradable on August 9, 2024 [1] - The reduction plan is aimed at optimizing the asset structure of Biyuan and meeting its own funding needs, and it will not significantly impact the governance structure or ongoing operations of Bixing Wulian [1] Group 2 - Bixing Wulian raised a total of 709.04 million yuan from its initial public offering, with a net amount of 623.44 million yuan after deducting issuance costs, which is 210.83 million yuan more than originally planned [2] - The company initially intended to raise 412.61 million yuan for projects related to smart ecological environment big data services, smart water big data traceability analysis services, and research center construction [2] - The total issuance costs (excluding VAT) amounted to 85.59 million yuan, with underwriting and sponsorship fees accounting for 55.06 million yuan [2]