产业升级从本质上讲，是以改革为引擎重塑产业生态、优化资源配置的过程。以己之短搏人之长不可 取，放弃优势另起炉灶更不可行，必须立足特色、发挥特长强存量、拓增量。 强存量，重在用改革之钥推动传统产业"脱胎换骨"。传统的并不一定是落后的、低端的。能源、化工、 冶金、装备制造和战略资源等产业是内蒙古的当家产业，要坚持智能化、绿色化、融合化方向，深入实 施工业设备更新与技术改造提质增效工程，持续延链补链，扩大高端供给，让既有"家底"更加殷实。内 蒙古的农牧业资源和文旅资源得天独厚，完全能够做成大产业，要提品质、创品牌，坚持农牧文旅体商 一体发展，造就更多传统产业焕新发展的"变形记"。 拓增量，关键在于向新而行，通过改革赋能让新兴产业"强筋壮骨"、未来产业"星火燎原"。要顺应绿色 低碳技术蓬勃兴起、人工智能技术加速迭代等趋势，把新能源、新材料、绿色算力等产业做大做强，把 商业航天、生物制造等产业育优育壮，打拼出更多新"家底"。内蒙古低空经济、自动驾驶、人工智能等 应用场景丰富，是抢占未来发展制高点的重要依托，要广泛开展示范应用行动，开辟更多新兴产业和未 来产业的"竞技场"。 顺势而为、扬长补短、培优增效，内蒙古一定能够书 ...

Group 1 - The A-share market in 2026 is expected to face significant challenges, including external uncertainties and uneven recovery in corporate profits, which may hinder a comprehensive market rally [1][9] - The macroeconomic environment in 2025 showed a moderate recovery, with external factors like geopolitical tensions and trade frictions continuing to affect market sentiment [4][8] - The investment landscape is evolving, with institutional investors gaining more influence and a shift towards a focus on fundamentals and long-term logic, leading to a more stable and mature A-share market [7][8] Group 2 - The A-share market in 2025 exhibited a range-bound performance, with structural trends emerging as blue-chip stocks showed resilience supported by valuation recovery and dividend attributes [7] - In 2026, the economic growth "bottom" is likely to be established, with policies aimed at stabilizing growth and promoting reforms expected to gradually improve economic conditions [8] - The market structure in 2026 is anticipated to be characterized by moderate index performance and active sector dynamics, with high-dividend, low-valuation assets remaining attractive in a low-interest-rate environment [8]

日前，国家管网集团海门站天然气余压发电项目在江苏南通正式投入运营。这是我国首个高压天然气长 输管道余压发电项目，实现了在高压天然气输送过程中对余压资源的高效利用，标志着我国在长输管道 能源综合利用领域取得突破。 据了解，天然气余压发电是一项绿色低碳技术。作为国家管网集团提出的新型能源"质能网"中实现"能 —能转换"的路径之一，其原理是通过回收管道输送天然气到城市门站的余压，把这种压力势能转化成 机械能，再带动膨胀发电机组转动，最终发出清洁电力。这一过程不消耗天然气、不会对环境造成影 响，有效推动能源可持续利用和发展。"过去，这部分能量在调压过程中无法有效利用。如今，新工艺 不仅保障了正常输气，还按照'自发自用、余电上网'模式，年可发电约300万千瓦时，相当于减排二氧 化碳超2000吨。"国家管网集团西气东输公司一级工程师李骁介绍说。 国家管网集团西气东输公司副总经理王世君表示，下一步将在长三角地区典型分输站逐步推广兆瓦级国 产化余压发电装备，持续推进绿色低碳技术集成应用。 据测算，在采用天然气自复温方案的条件下，我国高压天然气长输管道余压发电项目总装机容量可达 4.2万千瓦。 本文刊登于《中国化工报·智能制造 ...

人民日报海外版记者 廖睿灵 "建设安全舒适绿色智慧的'好房子'"——这是《中共中央关于制定国民经济和社会发展第十五个五 年规划的建议》中，关于住房领域的重要表述。 4个与"好房子"相关的关键词，描绘出居民住房的美好图景。为什么要建"好房子"？这背后，既是 适应我国住房发展新阶段、满足人民群众对美好生活新期待的重大举措，也是构建房地产发展新模式， 有效释放扩内需、促消费巨大潜能的重要抓手。 新房子建成"好房子"，老房子改造成"好房子" 一套住房，是个人的安身之所，也是一个家庭的安居之地。 回望中国居民居住条件的变化，在上世纪90年代，中国城镇居民人均居住面积为7.1平方米；到 2020年，中国家庭户人均居住面积达41.76平方米——这一数据涵盖城乡，其中城市家庭人均居住面积 为36.52平方米。 住房面积显著增加的同时，居民住房供给与需求的格局也在悄然改变。 根据《中国人口普查年鉴—2020》，在1980年至1999年间建成，也就是房龄在25年以上的住房，占 比约30.8%；2000年至2009年间建成的住房，占比约30.3%；2010年后的住房，占比为34.7%。也就是 说，全国范围内有相当一部分"老房子"， ...

来源：人民日报海外版 作者：廖睿灵 "建设安全舒适绿色智慧的'好房子'"——这是《中共中央关于制定国民经济和社会发展第十五个五年规 划的建议》中，关于住房领域的重要表述。 住房通常是个人和家庭的一项大消费，加强"好房子"建设，能有效激发消费需求，带动家装、家具、家 电等上下游消费。业内人士分析，在建设"好房子"的过程中，新一代信息技术、建造技术、绿色低碳技 术等应用，以及新产品、新材料、新工艺的使用，将驱动房地产业和建筑业转变发展理念，促进其持续 健康发展。 住房城乡建设部副部长董建国表示，构建房地产发展新模式，就是为了推动房地产高质量发展，而房地 产高质量发展，归根结底是要让人民群众住上"好房子"。"我们指导各地全链条提升住房标准、设计、 材料、建造、运维水平，首先把保障房建成'好房子'。同时，不仅将新房子建成'好房子'，还要将老房 子改造成'好房子'。"董建国说。 住得安心、舒心、便利 4个与"好房子"相关的关键词，描绘出居民住房的美好图景。为什么要建"好房子"？这背后，既是适应 我国住房发展新阶段、满足人民群众对美好生活新期待的重大举措，也是构建房地产发展新模式，有效 释放扩内需、促消费巨大潜能的重要抓 ...

xx g day 好房 好家 好生活 2025年南車住房浦東直伸推介 好房 好家 好生活 365体育appagenes 想原! 未来的人居生活 未来的产业 本集团 英菲市第主会演出演员第二次29-2008年） ness A t AR '6558, 1988, BLER EXEC REAL FOR, BLOCK, CA., THE CHERE E., THE LIVER, INTERNET THEREVER DECREE 新房子建成"好房子"，老房子改造成"好房子" 一套住房，是个人的安身之所，也是一个家庭的安居之地。 回望中国居民居住条件的变化，在上世纪90年代，中国城镇居民人均居住面积为7.1平方米；到2020 年，中国家庭户人均居住面积达41.76平方米——这一数据涵盖城乡，其中城市家庭人均居住面积为 36.52平方米。 住房面积显著增加的同时，居民住房供给与需求的格局也在悄然改变。 根据《中国人口普查年鉴—2020》，在1980年至1999年间建成，也就是房龄在25年以上的住房，占比约 30.8%；2000年至2009年间建成的住房，占比约30.3%；2010年后的住房，占比为34.7%。也就是说，全 ...

2025年，我国经济呈现稳中有变、变中有机的态势，在曲折中显露向好趋势，为"十五五"规划的系统部 署奠定了坚实基础。一方面，居民消费从信心筑底走向温和改善，企业盈利压力逐步缓解、应收账款增 速明显回落，经济运行的微观根基持续巩固。另一方面，外部环境仍存不确定性，但海外扰动因素趋于 弱化，有助于稳定企业预期。同时，新阶段供给侧结构性改革的政策框架日益明晰，从"治乱点"向"提 效率"转变，改革的系统性增强为培育新动能打开了更广阔空间。 虽然经济总体向好，但宏观形势与微观主体恢复之间仍存在一定温差，这是经济结构调整期的典型表 现。过去数年，"内卷式"竞争、地方债务约束等因素共同导致经济循环一度受阻。针对这些结构性掣 肘，国家相继推出"反内卷"、账款清理、发展现代服务业、稳妥化解地方债务等一系列举措，着力疏通 堵点、修复循环、提振预期。随着政策持续显效，微观活力正在逐步恢复，经济具备进一步向好的基 础。在此背景下，2026年作为"十五五"规划的开局之年，其战略地位愈加凸显。开局之年不仅承担着稳 预期、强动能的任务，也关系到未来五年现代化建设的整体布局。要巩固恢复势头、增强增长后劲，改 革必须在更深层次、更宽领域同步推 ...

Group 1: Carbon Market Expansion - The national carbon market is expanding in an orderly manner, with the inclusion of steel, cement, and aluminum industries, covering over 60% of national CO2 emissions [1] - The Ministry of Ecology and Environment plans to include more industries such as chemicals, aviation, and paper by 2027, aiming for comprehensive coverage of major industrial emissions [1] - The expansion of the carbon market is expected to drive companies to innovate and invest in low-carbon technologies, providing technical and financial support for green transformation [1] Group 2: Corporate Responses and Opportunities - Companies like Shougang Group view the inclusion in the carbon market as a long-term driver for technological innovation and energy structure optimization [2] - Shougang plans to build new electric furnaces to achieve over 70% carbon reduction in steel production and is focusing on developing a low-carbon product system [2] - The carbon market's tightening will push high-emission companies to adopt advanced energy-saving technologies to reduce compliance costs [2] Group 3: Technological Innovations and Market Trends - Green low-carbon technologies are experiencing unprecedented market opportunities, with a focus on multi-energy collaboration and large-scale applications [3] - Companies are developing solutions like geothermal heating and integrated renewable energy systems to provide clean energy for high-consumption industries [3] - Energy efficiency technologies are becoming active innovation sectors, with companies implementing measures to achieve near-zero carbon emissions [4] Group 4: Challenges and Barriers - Despite the promising outlook for green technologies, there are significant barriers to large-scale application, primarily related to technology maturity and high initial costs [5] - The lack of a mature market and business models, along with insufficient carbon pricing, hampers investment in green technologies [5] - Recommendations include establishing national technology projects and integrating various funding sources to support the scaling of green technologies [5]

Core Insights - The 8th International Forum on Carbon Capture, Utilization, and Storage (CCUS) was held in Beijing, focusing on accelerating technological innovation for a low-carbon future [1] - The forum gathered nearly 300 participants, including government officials, corporate executives, and experts from over 10 countries to discuss CCUS technology innovation and industry development [1] Group 1: Key Contributions and Statements - China Petroleum & Chemical Corporation (Sinopec) Chairman Hou Qijun emphasized the critical role of CCUS technology in transforming traditional industries and fostering new productive forces [3] - The CCUS Industry Technology Innovation Strategic Alliance has effectively promoted the transition of CCUS technology from demonstration applications to large-scale commercialization [3] - Sinopec is committed to green and low-carbon development, actively engaging in various explorations and practices in the CCUS field [3] Group 2: Strategic Importance of CCUS - Chen Jianfeng, Secretary-General of the Chinese Academy of Engineering, highlighted the strategic significance of CCUS technology in ensuring energy security and promoting industrial transformation [4] - China has made positive progress in CCUS technology from research and demonstration to industrial layout, establishing several representative projects for capture, transportation, utilization, and storage [4] - The Chinese Academy of Engineering aims to lead collaborative innovation in engineering technology to support a harmonious coexistence between humanity and nature [4] Group 3: International Cooperation and Future Directions - UN Resident Coordinator in China,常启德, praised China's leadership and practical achievements in the CCUS field, recognizing the effective work of the CCUS Industry Technology Innovation Strategic Alliance [6] - There is a need for further deepening international cooperation and creating an open and inclusive platform for technology exchange and knowledge sharing in CCUS [6] - The forum was guided by the Ministry of Science and Technology and co-hosted by various organizations, indicating a collaborative effort in advancing CCUS technology [6]

Group 1: High-Pressure Natural Gas Power Generation Project - The first high-pressure natural gas long-distance pipeline pressure recovery power generation project in China, the Haimen Station natural gas pressure recovery power generation project, has officially commenced operations in Nantong, Jiangsu [1] - The project efficiently utilizes excess pressure resources during high-pressure natural gas transportation, marking a breakthrough in the comprehensive utilization of energy in long-distance pipelines [1] - The project can generate approximately 3 million kilowatt-hours of electricity annually, equivalent to reducing carbon dioxide emissions by over 2,000 tons [1] Group 2: Technological Innovations and Equipment - The core equipment of the power generation project is independently designed and manufactured in China, featuring adjustable flow technology and 3D-printed impellers [1] - The new technology significantly reduces the energy consumption of the equipment while addressing multiple technical challenges such as high pressure and low flow [1] - The new equipment operates in parallel with the existing pressure regulation system, ensuring a reliable gas supply for residents and businesses even if the power generation equipment is offline [1] Group 3: Future Developments and Projects - The company plans to gradually promote megawatt-level domestically produced pressure recovery power generation equipment in typical distribution stations in the Yangtze River Delta region [2] - The total installed capacity of high-pressure natural gas long-distance pipeline pressure recovery power generation projects in China is estimated to reach 42,000 kilowatts [2] Group 4: "Shan Electric into Anhui" UHV Project - The Anhui section of the "Shan Electric into Anhui" ultra-high voltage direct current transmission project has been fully completed as of November 18 [2] - The project spans 323 kilometers in Anhui, with the entire "Shan Electric into Anhui" transmission line project over 80% complete [2] - The project is part of the national "14th Five-Year Plan" and is expected to be fully operational by the end of June 2026, with an annual electricity transmission capacity exceeding 36 billion kilowatt-hours, more than half of which will be renewable energy [2]