《SeparationScience》課程教學(xué)大綱（本科）

1、Separation ScienceCourse code: 13410102Course Credit: 2Total Hours: 32 （Lecture: 30; Lab based: 0; Computer aided: 0; Term Paper: 2）Pre-requisite: Inorganic Chemistry, Organic Chemistry, Physical Chemistry,Principles of Chemical Engineering, Analysis ChemistryApplicable Major: Chemical Engineering &

2、 Technology, Chemistry and Applied ChemistryText Book: NoneSchool: School of Chemistry & Chemical EngineeringCourse Wepsite: None一、Course Characters and Objectives（一）Course CharactersSeparation Science is a very important research content in analytical chemistry. Separation is not only indispensable

3、 steps in the complex material analysis, but also is often used in the operation process of chemical production. The development of chemistry, chemical technology and the development of life science are effectively promoted by separation technology.（二）Course objectivesCourse objectives 1: Known the

4、basic theories of separation science; Understanding the basic principle and special rules of separation methods.Course objectives 2: Master the relation between the method and separated efficiency; be familiar the operation steps of separated process; To possess the ability of resolving the actual s

5、eparation problems with different separation methods.二、Contents and RequirementsIntroduction and basic mechanism of separation（一）ContentsThe contents and essence of separation science.The classification and development of separation science.The basic mechanism of separation.（二）RequirementsUnderstand

6、ing the classification and development of separation science.（三）Key and difficultSeparation essence.Solvent extraction（一）ContentsThe parameters of solvent extraction separation.The process and classification of solvent extraction separation.The operation and equipment of solvent extraction.Applicati

7、on of solvent extraction.New system of solvent extraction.（二）RequirementsUnderstanding the mechanism of solvent extraction separation.Be familiar the system of extraction.Be familiar the operation of extraction.（三）Key and difficultNew system of solvent extraction.Ion exchange separation（一）ContentsTh

8、e classification, property and function of ion exchange resin.The basic mechanism of ion exchange.The operational method of ion exchange separation.Application of ion exchange separation.（二）RequirementsUnderstanding the function of on exchange resin.Known the basic mechanism of ion exchange.Be famil

9、iar the process of ion exchange.（三）Key and difficultThe equilibrium theory of ion exchange separation.Chromatograph separation（一）ContentsThe classification and process of chromatograph.The basic mechanism of chromatograph.Application of chromatograph.（二）RequirementsUnderstanding the classification o

10、f chromatograph.Be familiar the basic instrumental operation of chromatograph.（三） Key and difficultChromatographic retention value and separation efficiency.Chapter 5 Membrane Separation（一）ContentsMembrane and membrane separation process.Ultrafiltration, microfiltration and reverse osmosis.The proce

11、ss and application of liquid membrane separation.The process and application of gas membrane separation.（二）RequirementsUnderstanding the separation process of membrane.Be familiar the operating process of membrane separation.（三）Key and difficultPreparation and application of membrane.Chapter 5 New S

12、eparation Technology（一）ContentsSeparation of identifiability.Intelligential separation.（二）RequirementsBe familiar the application of molecular imprinting technology about intelligent recognition andseparation.（三）Key and difficultControllable synthesis of molecular imprinted materials.三、Allocation of

13、 teaching hours and methodsChapterTeaching style and allocation of teaching hoursTeaching methodsSupporting course objectivesLectureLab basedComputer aidedPracticeSubtot alChapter 1 Introduction and basic mechanism of separation40004Classroom lecture and discussion1Chapter 2Solvent extraction60006Cl

14、assroom lecture and discussion1 and 2Chapter 3 Ion exchange separation20002Classroom lecture and discussion1 and 2Chapter 4 Chromatogra ph separation60006Classroom lecture and discussion1 and 2Chapter 5 Membrane Separation60006Classroomlecture and discussion1 and 2Chapter 6 New Separation Technology

15、60006Classroom lecture and discussion1 and 2Total3000030、Course assessmentUiAssessment formAssessment requirementAssessment weightingNoteClassroomDiscussion0.2Term paperCompleted one report0.8Ui五、References. Separation Process Technology, Jimmy L. Humphrey, George Keller IL New York: McGraw-Hill, 19

16、97.Chemical Engineering. Volume 2B.Separation processes,J. F. Richardson, J. H. Harker, J. R. Backhurst. University of Science and Technology of Dalian press 2008.Modern separation methods and technology, DING Yumin, Chemistry industry press, 2nd edition, June 2012.六、Syllabus illustrationThis course

17、 is an elective course, so there is no exam, but that shall be term paper in the finial.This course is followed by the traditional teaching method and multimedia teaching. Some questions will be given to the students after class and for them to understand teaching contents. The major contents include six parts: Introduction and basic mechanism of separation, Solvent extraction, Ion exchange separation, Chromatograph separation, Membrane Separation and New Separation Technology. The course objectives are to known the basic mechanism of separation science, understanding the basic princi