Core Insights - The article emphasizes the importance of a comprehensive training course that integrates authoritative standards, cutting-edge technology, and practical solutions for professionals in water supply and wastewater treatment sectors [2]. Group 1: Course Content Overview - The course includes a deep analysis of the new national standard GB5750-2023 for drinking water, focusing on key changes, updated testing methods, limit adjustments, and compliance operation points [2]. - It addresses the core challenges of intelligent control in wastewater treatment plants, revealing strategies for process optimization and cost control driven by data [2]. - The course discusses hidden pollution risks in drinking water, such as microplastics and resistant genes, and provides rapid detection technologies and emergency response plans [2]. - It offers a guide for instrument selection, ensuring precise monitoring instruments are matched to specific scenarios, along with best practices for sample pretreatment and water quality diagnosis [2]. Group 2: Course Logistics - The course is a premium offering without exams or certificates, and participants can apply for a training certificate upon completion within the validity period [6]. - It is a virtual product, and purchases are non-refundable [7]. - Participants can request a VAT electronic invoice at the time of purchase [8]. - The course is valid for 360 days from the date of purchase, allowing unlimited access for learning during this period [9].

Group 1 - The article emphasizes the importance of understanding the new national standards for drinking water, specifically GB5750-2023, which includes key changes in detection methods, limit adjustments, and compliance operation points [3] - It discusses the challenges of intelligent control in wastewater treatment plants, focusing on data-driven process optimization and cost control strategies to improve operational efficiency [3] - The article highlights the hidden pollution risks in drinking water, such as microplastics and resistant genes, and the need for rapid detection technologies and emergency response plans to ensure safety from source to tap [3] Group 2 - It provides a guide for instrument selection, emphasizing the importance of matching monitoring instruments to specific scenarios, along with best practices for sample pretreatment and water quality diagnosis models [3]

Group 1 - The article emphasizes the importance of understanding and implementing the new national standards for drinking water, specifically GB5750-2023, to avoid confusion and execution loopholes [2] - It highlights the challenges in the intelligent control of wastewater treatment plants and offers strategies for process optimization and cost control driven by data [2] - The article discusses the hidden pollution risks in drinking water, such as microplastics and resistant genes, and presents rapid detection technologies and emergency response plans to enhance safety from source to tap [2] Group 2 - It provides a comprehensive guide for instrument selection, ensuring precise monitoring instruments are matched to specific scenarios [2] - The article outlines the golden rules for sample pretreatment and the construction of water quality diagnosis models to eliminate the cycle of inaccurate data and ineffective solutions [2]