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Teaching GuideTerm Faculty of Science |
| Grao en Química |
 Subjects |
| Design, Elaboration and Management of Chemistry Projects |
| Contents |
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| Identifying Data | 2017/18 | |||||||||||||
| Subject | Design, Elaboration and Management of Chemistry Projects | Code | 610G01036 | |||||||||||
| Study programme |
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| Descriptors | Cycle | Period | Year | Type | Credits | |||||||||
| Graduate | 2nd four-month period |
Fourth | Obligatoria | 6 | ||||||||||
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| Topic | Sub-topic |
| 1. BASIC CONCEPTS OF PROJECT | 1.1. Project definición and general characteristics 1.2. Project theory: Definition and classification 1.3. Project characteristics and stages 1.4. Project lifecycle 1.5. Project management |
| 2. FEASIBILITY STUDIES: ECONOMIC FEASIBILITY |
2 Economic feasibility estudies 2.1. Market research 2.2. Demand and supply 2.3. Market mechanism 2.4. Demand elasticities : Definition and types 2.5. Price estimation and income |
| 3. FEASIBILITY STUDIES: INDUSTRIAL LOCATION AND CAPACITY-SIZE OF THE PLANT | 3.1 Location of plant 3.1.1 Factors of industrial location 3.2.2. Estimate methods 3.2. Capacity-size plant estimation 3.2.1. Economy of scale 3.2.2. Capacity-size estimation methods |
| 4. FEASIBILITY ESTUDIES: TYPES AND ESTIMACIÓN OF COSTS | 4.1. Production. The prodution/cost ratio 4.2. Costs: descripción, types and cost estimate |
| 5. FEASIBILITY STUDIES: ESTIMATE OF INVESTMENT | 5.1. Type of capital 5.2. Estimate of fixed assets 5.3. Estimate working capital |
| 6. FEASIBILITY STUDIES: ECONOMIC EVALUATION OF PROJECT | 6.1. Economic evalutaion of project: Description 6.2. Static analysis of economic evaluation of project 6.3. Dinamic analysis of economic of evaluation of project |
| 7. DETAILED ENGINEERING | 7.1. Design basic engineering 7.2. Proyect esqueme and description 7.3. Basic engineering specificaions. 7.4. Equipment design. |
| 8. ENERGY BALANCE: APPROACH AND APPLICATIONS. | 8.1. Energy balance approach. 8.2. The equation of conservation of total energy. 8.2.1. The equation of energy balance. Simplified forms. 8.3. Heat exchangers:Description and types. 8.3.1. Shell-and-tube heat exchangers: Estimations. 8.4. Estimations on evaporators. |
| 9. HEALTH AND SAFETY IN THE CHEMICAL INDUSTRY | 9.1. Health and safety in the chemical industry introdution 9.2. Chemical accidents: 9.2.1. Toxicity: Kind and adverse effects 9.2.2. Flammability 9.2.3. Safety data sheets 9.3. Fire/burn accidents 9.4. Mechanical accidents. 9.5. Safety on project. |
| 10. ENVIRONMENTAL IMPACT OF CHEMICAL PROCESS | 10.1. Industrial emissions 10.1.1.Gaseous Emissions of industry 10.1.1.1. Air pollution: Adverse effects 10.1.1.2. Listing of air pollulants 10.1.2. Liquid emissions 10.1.2.1 Kind of liquid contaminants 10.2. Adverse effects of contaminants 10.3. Emission control technology 10.3.1. Control and treatment of gaseous emission 10.3.2. Control and treatment of liquid emission 10.4. Environmental analysisof project proxecto: Environmental impact Assessment |
| 11. PROJECT DOCUMENT | 11.1. Prior document 11.2. Proposal document 11.3. Progress report and analysis of results 11.4. Final document |
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