国家机关事务管理局今日正式发布"2024公共机构绿色低碳技术"推荐名录,时链科技自主研发的"建筑冷 热源人工智能物联网智控节能技术"成功入选。这一入选标志着时链科技在绿色低碳技术创新领域获得 国家级权威认可,成为推动公共机构节能降碳的重要技术支撑单位之一。 "2024公共机构绿色低碳技术"征集由国管局办公室面向各地区、各部门广泛开展,旨在稳妥有序推进公 共机构绿色低碳转型,助力绿色低碳产业发展。本次评选坚持典型性、创新性、实效性原则,经过自愿申 报、组织推荐、材料审核、专家评审、线上答辩、公示和现场核验审查等环节,从众多参评技术中遴选 出48项适用于公共机构的绿色低碳技术。时链科技能够在激烈的竞争中脱颖而出,充分彰显了其技术的 先进性和应用价值。 | | | | | 五、绿色数据中心技术和智能供电与能源管控技术 | | | | --- | --- | --- | --- | --- | --- | --- | | 居 용 | 推荐地区 (部门) | 公司名称 | 技术名称 | 技术工艺 | 主要参数 | 应用案例 | | | | | | | SERIES P. RECORIES | | | | | | | 1 ...

Core Viewpoint - The company is committed to enhancing energy security and achieving high-quality development in the oil and gas industry, aligning with national strategies for energy strength and sustainability [1][2]. Group 1: Resource Foundation - The company prioritizes energy security as its core value and aims for high-quality development in the oil and gas sector, achieving a cumulative increase of 264 million tons in proven reserves and 666 million tons in controlled reserves from 2021 to 2023 [2]. - The company has produced 70.26 million tons of crude oil and 2.29 billion cubic meters of natural gas during the same period, with renewable energy capacity reaching 1.2 billion kilowatt-hours, accounting for over 23% of oil and gas production [2]. - The establishment of a national-level demonstration area for shale oil and the exploration of deep and ultra-deep layers have led to significant resource discoveries, with estimated resource volumes of 10.5 billion tons and 2.8 billion tons respectively [2][3]. Group 2: Technological Innovation - The company emphasizes technological innovation as a core engine for energy security, achieving breakthroughs in key theories and technologies, resulting in an annual increase of over 3 million tons of oil through technological advancements [4]. - Significant progress has been made in shale oil exploration and development, with the establishment of a national key laboratory and the development of new theories and technologies that have converted 90% of previously immobile resources into movable resources [4][5]. - The company has also made strides in chemical flooding techniques, improving recovery rates by 13.7% and covering geological reserves of 12 million tons [4]. Group 3: Green Development - The company integrates green development into its operations, focusing on clean fossil energy, large-scale clean energy, and low-carbon production processes, aiming to create a national-level demonstration area for green and low-carbon development [6][7]. - The establishment of a comprehensive energy service system and the implementation of 184 renewable energy projects have positioned the company as a leader in energy supply, with solar power capacity reaching 445 megawatts [7]. - The company has built the first million-ton CCUS demonstration project in the country, injecting over 1.9 million tons of carbon dioxide, contributing to regional CCUS industry development [7][8].

中国科学院院士费维扬指出，"双碳"目标下，炼化行业需从源头、过程、尾端推进绿色低碳转型。源头 减碳方面，要减少对化石能源的依赖。从兼顾碳中和目标和能源安全角度考虑，未来应构建以可再生能 源为主导，核能、化石能源等多元互补的清洁低碳、安全高效的现代能源体系。过程减碳方面，要通过 技术进步提高能源利用效率，降低单位产品能耗。尾端减碳方面，二氧化碳捕集、利用与封存(CCUS) 是化石能源大规模低碳利用的主要途径，要构建低成本、低能耗、安全可靠的CCUS技术体系和产业集 群。 中国石油科技管理部副总经理史君强调，炼化产业需从能源转型、资源综合利用、过程优化三方面推进 绿色低碳转型。能源方面，要推动传统化石能源向新能源转变，构建由油气向油气热电氢转变的能源布 局。资源利用方面，应加强二氧化碳、生物质、废弃物的资源化利用。过程优化方面，可从电气化、流 程再造、数智化、高效分离四方面发力。 绿色低碳低本高值成关键词 中化新网讯 6月26日，2025亚洲炼油和化工科技大会在辽宁盘锦举办。记者从会上了解到，炼化行业正 面临"双碳"目标、能源转型等多重挑战，以科技创新驱动绿色化、智能化升级，是实现行业可持续发展 的关键路径。 中 ...

Group 1: Manufacturing PMI Overview - The manufacturing Purchasing Managers' Index (PMI) for June is 49.7%, an increase of 0.2 percentage points from the previous month, indicating continued improvement in manufacturing sentiment [2] - Large enterprises have a PMI of 51.2%, up 0.5 percentage points, while medium-sized enterprises have a PMI of 48.6%, up 1.1 percentage points, and small enterprises have a PMI of 47.3%, down 2.0 percentage points, all below the critical point [5] - Among the five sub-indices of the manufacturing PMI, the production index, new orders index, and supplier delivery time index are above the critical point, while the raw material inventory index and employment index are below the critical point [6] Group 2: Manufacturing Sub-Indices - The production index is at 51.0%, up 0.3 percentage points, indicating accelerated production activities in manufacturing [7] - The new orders index is at 50.2%, up 0.4 percentage points, suggesting an improvement in market demand for manufacturing [8] - The raw materials inventory index is at 48.0%, up 0.6 percentage points, indicating a continued narrowing of the decline in major raw material inventories [9] - The employment index is at 47.9%, down 0.2 percentage points, reflecting a slight decline in employment sentiment within manufacturing [10] - The supplier delivery time index is at 50.2%, up 0.2 percentage points, indicating faster delivery times from raw material suppliers compared to the previous month [11] Group 3: Non-Manufacturing PMI Overview - The non-manufacturing business activity index for June is 50.5%, an increase of 0.2 percentage points, indicating continued expansion in the non-manufacturing sector [14] - The construction industry business activity index is at 52.8%, up 1.8 percentage points, while the service industry business activity index is at 50.1%, down 0.1 percentage points [17] Group 4: Non-Manufacturing Sub-Indices - The new orders index for non-manufacturing is at 46.6%, up 0.5 percentage points, indicating a slight recovery in market demand [21] - The input prices index is at 49.9%, up 1.7 percentage points, suggesting stable input prices for non-manufacturing activities [21] - The sales prices index is at 48.8%, up 1.5 percentage points, indicating a narrowing decline in sales prices [21] - The employment index is at 45.5%, unchanged from the previous month, indicating continued weakness in employment sentiment in the non-manufacturing sector [21] Group 5: Comprehensive PMI Output Index - The comprehensive PMI output index for June is 50.7%, an increase of 0.3 percentage points, indicating an overall acceleration in production and business activities across enterprises [27]

第十二届世界运动会将于8月7日至17日在四川成都举行。记者从成都世运会执委会了解到，成都世运会27个竞赛场馆（场地）陆续完工，8个赛区委员会对 已完工场馆（场地）开展工程验收工作。 按照计划，全部世运会场馆将于7月10日前交付完成。秉持节约集约原则，成都世运会没有新建场馆，27个竞赛场馆（场地）中，18个为既有场馆局部功能 调整、9个依托湖泊公园临时搭建。 世运会临近 新潮运动项目升温 作为非奥运项目最高水平的国际综合性运动会，第十二届世界运动会共设34个大项、60个分项，256个小项，其中不少都是新潮、时尚、参与性很强的比赛 项目。随着世运会比赛的临近，各项世运会新项目的普及推广工作也持续展开。 相比于奥运会浓厚的竞技色彩，世运会的比赛项目更强调趣味性、观赏性和参与性。成都世运会部分项目场地在户外临时搭建，使城市景观和体育赛事深度 融合。 成都天府新区的兴隆湖湿地公园，近年来一直是成都备受欢迎的亲水户外休闲目的地。此次世运会龙舟、皮划艇等项目将依托公园内的水面设置赛道，而临 湖的一侧空地沙滩，还将进行铁人两项、沙滩荷球等项目的比赛。 前不久，2025"西部碗"腰旗橄榄球邀请赛（青少年组）在成都市双流体育中心 ...

从千年古县到滨海新城 东方：港产城融合走新路 一艘货轮在引导船指引下泊入东方市八所港码头，通过完善港口功能、加快转型升级，八所港吞吐量实 现增长。海南日报全媒体记者 陈元才 通讯员 杨微芳 摄 海南日报全媒体记者 王晓曈 从感恩河畔"成长"的千年古县，到如今海南自贸港西岸的滨海新城，东方市的发展历程，不仅勾勒出一 座城市的转型与成长轨迹，也见证了海南解放75年以来的沧桑巨变。这里既有改革攻坚的锐气，也有向海图 强的决心，更饱含着民生为本的温度。在海南自贸港建设征程中，东方正以务实奋进的姿态，不断积蓄高质 量发展的新动能。 在东方市政务服务大厅，群众在商事登记窗口办理业务。东方市营商环境建设局供图 A 刀刃向内破藩篱 营商环境"优"无止境 "从签约到投产仅用8个月，这样的'东方速度'让我们惊叹!"近日，在东方临港产业园，海南华盛新材料科 技有限公司副总经理嵇相阳面对着年产26万吨聚碳酸酯(PC)项目(以下简称海南华盛PC项目)现场感慨道。作 为海南自贸港建设重点项目，该项目一期从土地摘牌到竣工仅用18个月，二期更实现"拿地即开工"，刷新全 省化工项目建设纪录。 理高频问题清单，"联合会诊"破解跨部门疑难杂症，" ...

28日，长江日报记者从民生银行武汉分行获悉，全市目前已有39位居民用碳减排量抵扣贷款利益，累计抵扣金额达740元。这看似微 小的数字背后，是武汉在绿色低碳发展道路上的一次重要转变。当绿色行为与个人利益深度绑定，"减碳"真的"有价"了。 今年3月，武汉创新碳普惠机制，推出全国首个"碳减排量抵扣贷款利息"闭环系统，手机里的碳减排量可以变成银行利息红包。比如， 骑行共享单车的里程数就能抵扣房贷月供等。 日常低碳行为可以折算为碳减排量，并用于抵扣房贷和消费贷款利息。 在这股绿色浪潮中，勇于尝鲜的年轻人率先成为积极的践行者。魏英就是其中之一。 魏英是一名公司职员。"平日里，我并没刻意去积攒碳减排量。"魏英介绍，她上下班主要选择乘坐地铁，外出办事选择"地铁+共享单 车骑行"。 每天，她习惯性地乘坐地铁往返于家和公司之间，而在地铁站与公司之间那段短途距离，则选择骑行共享单车作为接驳。 每一次的出行，她都会顺手打开"武碳江湖"小程序，让这些绿色的足迹被记录下来。 魏英的"碳"账本算得清清楚楚：根据平台的规则，乘坐地铁每公里可获得78.4克碳减排量，骑行共享单车每公里则能获得93.3克碳减排 量。按照她每月大约22个工作日的通 ...

Core Viewpoint - The transformation and upgrading of traditional industries are crucial for building a modern industrial system, and leveraging digital intelligence technology for green and low-carbon transformation is strategically significant for high-quality development [1] Group 1: Empowering Green Low-Carbon Production Scene Innovation - Digital intelligence technology enhances cross-industry integration, resource orchestration, and innovation capabilities, facilitating breakthroughs in green low-carbon production technologies [2] - Technologies such as big data and digital twins assist traditional industries in analyzing user demand characteristics, selecting green low-carbon materials, and designing lightweight energy-saving products [2] - As of March 2023, the digital R&D design tool penetration rate among industrial enterprises in China reached 83.5%, and the CNC rate for key processes was 66.2% [2] Group 2: Empowering Green Low-Carbon Multi-Value Creation - Digital intelligence technology promotes deep integration of social, physical, and digital spaces, enhancing resource integration, opportunity identification, and crisis response capabilities [3] - Intelligent transformation and modular integration of production equipment in traditional industries enable comprehensive monitoring of manufacturing processes and effective control of resource consumption [3] - The integration of big data, IoT, blockchain, and AI in traditional supply chains allows for carbon footprint measurement, tracing, dynamic pricing, and trading, creating new value through carbon asset management and green brand premium [3] Group 3: Empowering Green Low-Carbon Governance System Creation - The green low-carbon transformation of traditional industries is a complex governance process involving multiple stakeholders and factors [4] - Establishing a green low-carbon governance system requires digital regulation and intelligent services, with systems for carbon emission monitoring and data management forming a "digital neural network" [4] - As of 2024, 246 national green data centers have been established, and 251 green low-carbon public institutions have been selected, providing robust digital technology support for the transformation of traditional industries [4]

ESG Policies - The Ministry of Finance released a draft application guide for the "Corporate Sustainable Disclosure Standards," detailing nine key areas for corporate sustainability information disclosure [1] - The guide aims to enhance the quality of sustainability disclosures and promote high-quality corporate development [1] Climate Change Reports - The China Meteorological Administration published the "China Climate Change Blue Book (2025)," highlighting ongoing global warming trends and significant climate changes in China [2] - The report indicates that China is experiencing a higher warming rate than the global average, with extreme weather events becoming more frequent and severe [2] - Monitoring indicators for 2024 are expected to reach new highs, emphasizing the urgency of climate change response measures [2] Global Energy Standards - The Global Energy Interconnection Development and Cooperation Organization announced the release of the first seven global energy interconnection standards, developed by nearly 160 experts from nine countries [3] - These standards cover various areas, including new power system planning and clean energy resource assessment, filling international standard gaps [3] ESG Events - The second China-Europe Enterprise ESG Best Practices Conference was held in Stuttgart, Germany, focusing on enhancing cooperation in the ESG field [4] - The conference highlighted the strategic consensus and practical alignment between China and Europe in ESG, aiming to reshape sustainable economic and trade paradigms [4] ESG Initiatives - The China Building Materials Federation released a report promoting sustainable development in the building materials industry and launched a public service platform for ESG practices [5] - This initiative aims to integrate key aspects such as information disclosure and financial support, establishing a closed-loop management system [5] Carbon Footprint Management - The Ministry of Ecology and Environment published China's first "Product Carbon Footprint Management System Progress Report 2025," indicating a strong start in carbon footprint management system construction [6] - The report states that over 70 national standards for carbon footprint accounting are in development, showcasing China's commitment to standardized carbon management [6] Green Energy Initiatives - The State Grid announced that the 2025 Summer Davos Forum will achieve 100% green energy supply, reducing carbon emissions significantly [7] - This initiative demonstrates a market-driven approach to clean energy consumption and provides a replicable model for green energy use in large events [7]

Core Viewpoint - Yutong Heavy Industry is launching a new brand strategy focused on "new energy, efficiency, and intelligence" with the introduction of seven new energy operation equipment models across three categories: sanitation, mining trucks, and heavy machinery [1] Company Summary - Yutong Heavy Industry's pure electric mining truck series holds a leading market share in the domestic segment and is a significant growth driver, with exports to countries like Thailand, Chile, and Indonesia [2] - The company has a history of innovation in the operation equipment sector, having introduced the first new energy sanitation product in 2014, the first pure electric mining truck in 2018, and the first direct-drive rotary drilling rig in 2020 [2] - Yutong Heavy Industry aims to leverage its integrated electric vehicle platform and intelligent cloud service platform to drive the transition towards greener, more efficient, and intelligent operation methods [2][3] Industry Summary - The construction machinery and specialized operation equipment sector is undergoing a "green, low-carbon, and intelligent" revolution, driven by strong policy support for new energy equipment [2] - Data from the China Construction Machinery Industry Association indicates significant growth in new energy sanitation vehicles, with sales increasing by 74.6% to 4,837 units, electric mining trucks up by 178.9% to 848 units, and electric loaders rising by 207.7% to 10,904 units in the first five months of the year [2] - Industry experts highlight challenges in the supply chain, including high costs associated with the "three electrics" (battery, motor, and electronic control), and the mismatch between battery lifespan and machinery design lifespan [3]