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1、辽宁2010年自考化工设计概论考试大纲（Liaoning 2010 self taught examination outline of chemical engineering design）Course number: 2489Teaching materials: chemical design, Chen Shengzong, editor, chemical industry press, January 2001.This syllabus is used for the course of chemical engineering design for chemical engi
2、neering and technology specialty. The content of the theoretical course examination is 4 credits.Chapter 1 Contents and procedures of chemical engineering designSection 1. Types of chemical designMaster chemical design according to project classification. AMastering chemical design according to the
3、nature of design. A, BWorking procedure of second chemical plant designUnderstand the working procedure of chemical plant design. A, B, CProcess design of third chemical workshop (device) and its design contentMastering chemical process workshop (plant) process design contents A, B, DFourth section
4、design documentUnderstanding the expansion of preliminary design documents. BUnderstanding construction drawing design documents. BThe second chapter: process designSection 1 Selection of production methods and processesUnderstand the principles of production methods and process selection. B, CGrasp
5、 the steps of production method and process flow determination. B, C, DSecond section technological process designUnderstand the task of process design. CMaster process design method. A, B, CThe basic method of process design is emphasized. C, DThird process flow chartKnowledge of process flow chart
6、. C, DUnderstanding process sketches. B, C, DUnderstand process piping and instrument flow chart. A, B, CAutomatic control flow of fourth typical equipmentMastering the automatic control process of pumps. A, BMastering the automatic control process of heat exchanger. DMastering the automatic control
7、 process of reaction kettle. A, BMastering the automatic control process of distillation tower. A, B, C, DThe third chapter is material balance and energy balanceSection 1 basic methods and procedures of material balance calculationBasic methods of material balance calculation. A, B, C.Master the ba
8、sic procedure of material balance calculation. C, DMaterial balance calculation of second continuous processPay attention to the material balance of non reaction process. A, BPay attention to the material balance of the reaction process. C, DThird section energy balanceFocus on universal energy bala
9、nce equation. A, BThe energy balance equation of closed system is emphasized. A, BThe energy balance equation of steady flow system is emphasized. C, DEnergy balance of fourth non reaction processesFocus on energy balance without phase change system. A, BThe energy balance of phase change system is
10、emphasized. B, CThe energy balance of dissolution and mixing process is emphasized. DEnergy balance of fifth chemical reaction processesThe calculation method based on reaction heat is emphasized. B, CThe calculation method based on the heat of formation is emphasized. B, CThe fourth chapter is the
11、process design of equipment and chemical equipment diagramSection 1 general principles of chemical equipment selection and process designMaster the general principles of chemical equipment selection and process design. A, B, CSelection of second chemical equipmentMaster the selection and design proc
12、edure of pumps. B, C, DMaster the design and selection of heat exchange equipment. A, B, CMaster the selection and design of tank containers. A, BMaster tower type selection and design. C, DGrasp the selection and design of reactor. A, B, CThe main program of third section non setting equipment desi
13、gnFocus on the main program of non setting equipment design. B, CFourth section chemical equipment diagramBasic knowledge of chemical equipment drawing. B, CMastering the expression features of chemical equipment drawings. B, CFocus on the dimension analysis and marking of chemical equipment drawing
14、. DFocus on the drawing of chemical equipment drawing. CFocus on the reading of chemical equipment drawings. C, DThe fifth chapter workshop layout designSection 1: contents and procedures of workshop layout designThe process, contents and relationship of workshop layout design are emphasized. B, CGr
15、asp the content of workshop layout design. CMaster the basis of workshop layout design. DMaster the principles of workshop layout design. CThe organization and procedure of workshop layout design are emphasized. C, DSecond basic knowledge of Chemical Engineering BuildingUnderstanding building compon
16、ents. AMaster the structure of a building. A, BGrasp the graphic content of factory building. B, CGrasp the special requirements of chemical construction. C, DThird section workshop layoutUnderstanding the layout and requirements of workshop layout. C, DUnderstand workshop layout method. BUnderstand
17、 the plan of workshop layout. BFourth section workshop equipment layoutUnderstand the content of workshop equipment layout definition. A, BUnderstand workshop equipment layout requirements B, C, DGrasp the methods and steps of workshop equipment layout. BLayout scheme of fifth typical equipmentFocus
18、 on the layout of containers. CFocus on the layout of pumps and compressors. BFocus on the layout of heat exchanger. BFocus on the layout of reactor. CFocus on the layout of the tower. DSixth section equipment layout drawingUnderstanding drawings of equipment layout design. BUnderstand the relations
19、hip between equipment layout and building drawing. BMaster the contents of equipment layout. CMaster equipment layout at different stages. CMaster the view of equipment layout drawing. DMaster the drawing steps of equipment layout drawing. BThe sixth chapter piping layout designSection 1 OverviewUnd
20、erstand the task of piping layout design in chemical workshop. CUnderstand the requirements of piping layout design in chemical workshop. A, BInstallation and arrangement of second sections of pipe rack and pipelineFocus on classification of pipe support. AUnderstand the plane layout principle of pi
21、pe in pipe rack. C, DUnderstanding the vertical layout principle of pipe and pipe rack. C, DPiping layout of third typical equipmentUnderstanding the piping layout of vessels, heat exchangers and towers. B, CFourth section piping layout drawingUnderstanding piping layout. CUnderstand the common draw
22、ing methods of pipes and accessories. B, CUnderstanding the configuration and drawing of views. BUnderstand the marking, drawing and reading of piping layout. A, BThe seventh chapter is the design of non Technology SpecialtySection 1 utility engineeringUnderstanding utilities. A, B, C.Second section
23、 safety fire prevention and environmental protectionUnderstanding combustion explosion and fire protection explosion protection. A, BGrasp environmental pollution and control. BThe eighth chapter, engineering design estimateSection 1 comprehensive technical and economic index of chemical engineering
24、 designGrasp the comprehensive technical and economic indicators of chemical engineering design. AThe second section project budgetary estimate expense and budgetary estimate itemFocus on the classification of project budget estimates and the classification of budget items. A, B, CFocus on the compi
25、lation of project budget estimate. A, BThe self-study exam xamination course design of Chemical Engineering1, multiple-choice questions (1 points per subject, totaling 10 points)The task of the project design phase is to determine the production methods and production processes, which are the whole
26、()Basis of A and process design.Foundation of B and engineering design.Foundation of C and piping design.The basis of D and equipment design.2, fill in the blanks (1 points, total 15 points)Chemical design can be classified according to nature or classified according to the nature of design.3, noun
27、interpretation (3 points, 15 points)Process flow chart:4, short answer (total 30 points)Basic principles of tower type selection.5, drawing knowledge map problem (5 points per subject, a total of 10 points)Draw the direct throttle adjustment diagram of centrifugal pump outlet.6, calculation question
28、s (10 points per subject, total 20 points)O-xylene air oxidation dream tower to phthalic anhydride, the conversion rate of o-xylene is 70%, the amount of oxygen is 150% of the theoretical dosage, 250kg of o-xylene is put into every hour, and the material balance is calculated. The reaction is as fo
29、llows:C8H10+3O2 to C8H4O3+3H2OExplanation: degree requirement: the proportion of understanding, mastering and focusing on the outline is 3:4:3Expected difficulty: A is easy, B is medium difficulty, C is difficult, D is difficult, and the proportion of 2:3:3:2 in the outlineIn the proposition, the proportion of the degree requirements and the expected difficulty requirements is basically the same as the requirements of the syllabus.