課程編號：70050262
課程名稱：廢水生物處理的數(shù)學模型與新技術
課程學時：32
課程學分：2
授課語言：中文
課程簡介：目前,，我國經濟的快速發(fā)展也帶來了久治難愈的環(huán)境污染問題,，我國城市污水處理的排放標準不斷提升，需要高水平的運行與控制技術,，對相關從業(yè)人員提出了新的要求,。本課程圍繞污水生物處理技術，精煉介紹污水生物處理技術的發(fā)展歷程,，講解污水生物處理的動力學基礎,，著重于污水生物處理數(shù)學模型的推演，并通過上機實踐使學生親自動手設計,、使用模型解決工程問題,。本課程內容如下：（1）通過講解污水生物處理相關技術的發(fā)展歷程，使學生了解經典的污水生物處理方法及其原理,，觸類旁通用于自身科研活動,。（2）通過講解經典模型以及IAWQ、ASM等模型,，介紹污水生物處理的模擬計算方法,；通過上機實踐操作VensimPLE、GPS-X等軟件,，為學生提供模型計算模擬的動手體驗,，使學生能夠將數(shù)學模型的思維應用于科研。（3）通過三個主題的研討課,，讓學生了解數(shù)學模型在技術發(fā)展和工程實踐中的應用,，充分了解現(xiàn)有技術的優(yōu)點和不足。（4）介紹污水處理領域前沿發(fā)展方向,，為學生今后的學習工作提供專業(yè)基礎,。
The rapid development of China's economy has also brought about the long-standing problem of environmental pollution, and the rising discharge standards of China's urban wastewater treatment require a high level of operation and control technology, placing new demands on the relevant practitioners. This course provides a concise introduction to the development of biological wastewater treatment technology, explaining the kinetic basis of biological wastewater treatment, focusing on the derivation of mathematical models of biological wastewater treatment, and enabling students to design and use models to solve engineering problems through hands-on practice. The course content is as follows: 1) through the introduction of the development of wastewater biological treatment related technologies, students will learn about classical wastewater biological treatment methods and their principles, which can be used in their own research activities by analogy; 2) through the introduction of classical models and models such as IAWQ, ASM, etc., the simulation of biological treatment of wastewater, and through hands-on experience with VensimPLE, GPS-X and other software, it provides students with hands-on experience of model calculation and simulation, enabling them to apply the thinking of mathematical models to scientific research; 3) students are introduced to the application of mathematical models in technological development and engineering practice through three thematic seminar sessions, and fully understand the strengths and weaknesses of existing technologies; 4) to introduce cutting-edge development directions in the field of wastewater treatment and provide students with a professional foundation for their future study and work.
