该项目负责人张红玲解释说，对于新建的煤制烯烃企业，或者是要改造、扩建主要生产用水设施的企 业，每吨产品用水量不能超过12立方米；对于已经在生产的煤制烯烃企业，每吨产品用水量不超过21立 方米。考虑到现有企业改造需要时间，有36个月的过渡期，在这期间企业要将用水量降到规定的21立方 米以内。 《标准》的颁布实施，标志着对黄河流域煤制烯烃产业用水节水的管控从指导性标准向强制性约束升 级，对于推动落实水资源刚性约束制度、强化用水定额管理、提升水资源节约集约利用水平具有重要作 用。(完) （文章来源：中国新闻网） 中新网银川6月4日电 (记者于晶)6月4日，记者从宁夏水利科学研究院获悉，由该院首次牵头编制的强制 性用水定额国家标准《黄河流域高耗水工业用水定额第3部分：煤制烯烃》(GB45669.3-2025)(以下简称 《标准》)由国家市场监督管理总局、国家标准化管理委员会正式发布，于今年6月1日起实施。该标准 作为我国首批针对黄河流域制定的高耗水行业强制性国家标准，填补了流域层面工业节水强制性标准的 空白。 《标准》规定了黄河流域煤制烯烃强制性用水定额的计算方法、指标值和管理要求，明确了用水量的计 算范围及煤制烯烃 ...

报告发布方：中金企信国际咨询 项目可行性报告&商业计划书专业权威编制服务机构（符合发改委印发项目可行性研究报告编制要求）-中金企信国际咨询：集13年项目编制服务经验为各 类项目立项、投融资、商业合作、贷款、批地、并购&合作、投资决策、产业规划、境外投资、战略规划、风险评估等提供项目可行性报告&商业计划书编 制、设计、规划、咨询等一站式解决方案。助力项目实施落地、提升项目单位申报项目的通过效率。 （1）微细球形铝粉行业产业概述：微细球形铝粉产品精度高、跨度小、粒径分级明确，具有活性铝含量高、氧含量低的特点。 微细球形铝粉产业链分析 近年来随着我国经济的飞速发展，微细球形铝粉不仅应用于军用市场，随着以其为原料的民用产品市场不断扩大，氮气雾化法生产微细球形铝粉的技术也成 为一种常规的金属粉体材料生产技术，广泛应用于铝颜料、耐火材料、化工、铸造冒口、电子浆料、发热包、粉末涂料、粉末冶金、合金添加剂、3D打印 材料、陶瓷材料、氮化铝、氧化铝等下游行业。 （2）产业发展历程分析：铝粉的工业化生产已有100多年的历史,空气雾化法生产铝粉有近90年的历史。由于空气雾化法生产工艺爆炸风险很高，目前已逐 步被氮气雾化法所替代。 ...

中国发展网讯 记者郭建军报道 近日，省水利厅、省财政厅、省人社厅、国家税务总局山西省税务局、 中国人民银行山西省分行联合印发《关于健全节约用水激励奖励政策的实施意见》（以下简称《实施意 见》），明确了建立健全节约用水激励奖励政策的指导思想、基本原则和工作目标，系统部署各项任务 措施，进一步建立健全水资源节约集约利用制度政策。 要推动改革创新，因地制宜实施政策创新、工作创新，建立健全具有本地特色的节约用水激励奖励配套 政策体系； 要围绕鼓励典型示范、保障资金投入、扩大金融支持、拓展社会融资、落实税收优惠、完善价格机制、 提倡表扬奖励等关键方面，强化政策集成、完善措施配套、推进体制创新，推动节水激励奖励各项政策 全面落实、见到实效。 要强化节水奖励监管，规范节水奖励资金的管理和使用，确保各项节水优惠措施落实到位； 到2027年，省、市两级形成较为健全、与生态文明建设和高质量发展要求相适应、符合山西实际的节约 用水激励奖励政策体系。 要深入宣传发动，加强政策引领，拓宽公众参与途径，营造全社会关注支持节水工作的良好氛围。 《实施意见》强调—— 《实施意见》指出—— 要加强组织协调，统筹利用各行业优惠政策，明确支持节水 ...

Core Viewpoint - The Guangdong Provincial Government has issued the "Guangdong Water Network Construction Plan" to enhance water security and infrastructure from 2022 to 2035, aligning with national strategies for modern water management [2][3]. Group 1: Overall Requirements - The plan emphasizes the importance of Xi Jinping's thoughts and aims to enhance water security while promoting high-quality development and ecological construction [3]. - It aims to create a modern water network that is efficient, safe, and beneficial to the public, supporting Guangdong's role in China's modernization [3]. Group 2: Planning Goals - By 2035, the plan aims to establish a comprehensive water network in Guangdong, connecting with national systems and ensuring high-quality water supply and ecological standards in the Greater Bay Area [5]. - The plan envisions a water governance system that meets the aspirations of the people and aligns with high-quality development requirements by 2050 [5]. Group 3: Water Network Layout - The plan outlines a water network layout based on river basins, emphasizing interconnectivity and resilience, integrating flood control, water supply, irrigation, and ecological protection [6]. - Key river systems and water resource allocation projects are identified as the backbone of the water network [6]. Group 4: Water Resource Configuration - The plan promotes the construction of major water diversion projects and enhances the capacity for precise water resource allocation in the Greater Bay Area [8][9]. - It aims to improve the emergency water supply systems for urban areas and enhance the overall water supply security [9]. Group 5: Flood Safety Network - The plan includes measures to enhance flood control capabilities through the construction of reservoirs and flood control projects [10][11]. - It emphasizes the need for a comprehensive flood risk management system that combines engineering and non-engineering measures [10]. Group 6: Ecological Network - The plan focuses on ecological restoration and the construction of green corridors to maintain healthy river ecosystems [14]. - It aims to enhance the protection of important water sources and improve water quality through various ecological measures [15]. Group 7: Rural Water Network - The plan seeks to improve rural water supply systems and promote integrated urban-rural water management [16][17]. - It emphasizes the modernization of irrigation systems and the development of a comprehensive rural water network [17]. Group 8: Digital Twin Water Network - The plan advocates for the establishment of a digital twin water network to enhance monitoring, management, and decision-making capabilities [19][20]. - It aims to integrate digital technologies into water management to improve efficiency and responsiveness [19]. Group 9: Water Management Reform - The plan calls for reforms in water management to enhance coordination between different levels of water networks and related industries [21][22]. - It emphasizes the importance of innovative financing mechanisms and the promotion of water-saving technologies [22][23]. Group 10: Implementation and Coordination - The plan stresses the need for strong leadership and coordination among various departments to ensure effective implementation [24]. - It highlights the importance of public participation and environmental impact assessments in the planning process [24].