Vincenzo BELGIORNO | Hydraulic Engineering I and Environmental Treatment Plants
Vincenzo BELGIORNO Hydraulic Engineering I and Environmental Treatment Plants
cod. 0612100032
HYDRAULIC ENGINEERING I AND ENVIRONMENTAL TREATMENT PLANTS
| 0612100032 | |
| DIPARTIMENTO DI INGEGNERIA CIVILE | |
| EQF6 | |
| BSC DEGREE IN CIVIL ENGINEERING | |
| 2017/2018 |
| OBBLIGATORIO | |
| YEAR OF COURSE 3 | |
| YEAR OF DIDACTIC SYSTEM 2012 | |
| ANNUALE |
| SSD | CFU | HOURS | ACTIVITY | ||
|---|---|---|---|---|---|
| COSTRUZIONI IDRAULICHE I E IMPIANTI DI TRATTAMENTO SANITARIO-AMBIENTALE - COSTRUZIONI IDRAULICHE | |||||
| ICAR/02 | 6 | 60 | LESSONS | ||
| COSTRUZIONI IDRAULICHE I E IMPIANTI DI TRATTAMENTO SANITARIO-AMBIENTALE - IMPIANTI DI TRATTAMENTO SANITARIO-AMBIENTALE | |||||
| ICAR/03 | 6 | 60 | LESSONS | ||
| Objectives | |
|---|---|
| LEARNING OUTCOMES AND COMPETENCE TO BE ACQUIRED: THE COURSE WILL PROVIDE THE KNOWLEDGE NECESSARY FOR A SYSTEMATIC ANALYSIS OF THE MAJOR WORKS OF HYDRAULIC AND SANITARY- ENVIRONMENTAL ENGINEERING BY PROVIDING THE SKILLS NECESSARY TO CONTROL THE POLLUTION OF AQUATIC ENVIRONMENT AND BASIC REFERENCES RELATED TO THE PRODUCTION AND DISPOSAL OF MUNICIPAL SOLID WASTE. THE COURSE WILL ILLUSTRATE THE MAIN WATER SYSTEMS SHOWING ITS FUNCTIONS, INDICATING THE MAIN ELEMENTS AND THE RELATIONSHIPS BETWEEN THEM. WORKS OF DERIVATION, ADDUCTION AND WATER DISTRIBUTION AND DRAINAGE WORKS WILL BE DESCRIBED, AS WELL AS WASTEWATER TREATMENT PLANTS AND TREATMENT AND DISPOSAL OF SOLID WASTE. KNOWLEDGE AND UNDERSTANDING: ABILITY TO IDENTIFY THE DIFFERENT COMPONENTS OF A WATER SYSTEM AND HOW IT WORKS. ACQUISITION OF KNOWLEDGE AND UNDERSTANDING OF THE PRINCIPLES AND MECHANISMS OF THE PROCESSES OF PURIFICATION AND TREATMENT UNITS. LANGUAGE ACQUISITION USEFUL TO UNDERSTAND THE ORGANIZATION AND FACILITIES OF THE SOLID WASTE MANAGEMENT. APPLYING KNOWLEDGE AND UNDERSTANDING: SET UP AND DESIGN OF THE HYDRAULIC WORKS. IDENTIFY THE OPTIMUM MANAGEMENT OF A WATER SYSTEM. ACQUISITION OF KNOWLEDGE AND UNDERSTANDING OF THE METHODOLOGIES USEFUL FOR THE DESIGN OF WASTEWATER TREATMENT PLANTS OF CIVIL WASTE WATER. MAKING JUDGEMENTS BEING ABLE TO IDENTIFY THE PROPER STEPS NEEDED FOR A STRATEGIC MANAGEMENT OF WATER RESOURCES AIMED AT ITS PRESERVATION. BEING ABLE TO EVALUATE HYDRAULIC I NTERVENTIONS OF PROTECTION TO DEFENSE AND ENVIRONMENTAL RESTORATION OF THE AREA. BEING ABLE TO IDENTIFY THE MOST APPROPRIATE SOLUTIONS FOR THE DESIGN OF WATER TREATMENT PLANTS OF URBAN WASTE WATER. LEARN THE INTEGRATED MANAGEMENT OF MUNICIPAL SOLID WASTE. COMUNICATION SKILLS: ABILITY TO EXPOSE THE CHARACTERISTICS OF A PROJECT HIGHLIGHTING THE FUNCTIONAL LINKS BETWEEN THE VARIOUS COMPONENTS. BEING ABLE TO WORK IN GROUPS AND PRESENT ORALLY A SUBJECT RELATED TO THE TOPICS COVERED DURING THE COURSE. LEARNING SKILLS: BEING ABLE TO APPLY THE ACQUIRED KNOWLEDGE TO DIFFERENT CONTEXTS FROM THOSE PRESENTED DURING THE COURSE AND INVESTIGATE THE TOPICS USING MATERIALS OTHER THAN THOSE PROPOSED. |
| Prerequisites | |
|---|---|
| FOR THE SUCCESSFUL ACHIEVEMENT OF OBJECTIVES KNOWLEDGE OF HYDRAULICS AND CHEMISTRY ARE REQUIRED. |
| Contents | |
|---|---|
| -INTRODUCTION: THE ARTIFICIAL WATER CYCLE. THE PROBLEM OF WATER SUPPLY AT GLOBAL AND LOCAL LEVELS. USES OF THE WATER RESOURCE. WATER SCARCITY. THE PROBLEM OF WASTEWATER. HYDRAULIC PROTECTION OF THE TERRITORY. (3 HOURS LECTURE) - WATER SUPPLY: ARTIFICIAL RESERVOIRS. INTAKE STRUCTURES. ENVIRONMENTAL IMPACT OF WATER DIVERSIONS. WATER FRAMEWORK DIRECTIVE 2000/60/EC. (2 HOURS LECTURE) - AQUEDUCTS: BASIC PRINCIPLES (SYSTEMS, COMPONENTS AND ELEMENTS). ASSESSMENT OF WATER NEEEDS. PROBLEM OF THE DESIGN OF A SIMPLE AQUEDUCT. RESISTANCE FORMULAS. COMPLEX WATER SYSTEMS. MANAGEMENT AND ADAPTATION TO CHANGES IN WATER NEEDS. MARIOTTE FORMULA FOR CALCULATING THE THICKNESS OF A PIPE. MATERIALS FOR PIPELINES. THE PHENOMENON OF CORROSION IN PIPES. PUMPING SYSTEMS. WATER TANKS. (20 HOURS LECTURE, 9 HOURS EXERCISE) - FLOOD DEFENSE : FLOODS DIRECTIVE 2007/60 EC. URBAN HYDROLOGY. PROBABILISTIC ANALYSIS OF HEAVY PRECIPITATION. ESTIMATION OF MAXIMUM DISCHARGE. ESTIMATION USING RATIONAL FORMULA. (5 HOURS LECTURE, 3 HOURS EXERCISE) - URBAN DRAINAGE SYSTEMS: GENERAL SCHEMES. DESIGN OF SEWERS. FLOW PROFILES. MATERIALS FOR SEWERS. (12 HOURS LECTURE, 6 HOURS EXERCISE) FUNDAMENTALS OF SANITARY ENVIRONMENTAL ENGINEERING INTRODUCTION TO THE COURSE: THE INTEGRATED WATER CYCLE - MAIN TYPES OF WATER POLLUTANTS – THE SEWAGE TREATMENT PLANT - REGULATORY FRAMEWORK (2 LECTURE HOURS) RECALL OF FOUNDAMENTALS OF BIOLOGY AND CHEMISTRY OF THE WATER: CHEMISTRY AND BIOLOGY OF THE WATER. MASS BALANCE (LESSON 4 HOURS - HOURS EXERCISE 1) QUALITATIVE CHARACTERISTICS OF WASTE WATER: DESCRIPTION OF THE MAIN PARAMETERS USEFUL FOR THE CHARACTERIZATION OF WASTEWATER (BOD, COD, TSS, ETC..) AND THE EFFECTS OF DISCHARGES INTO WATER BODIES. (3 HOURS LECTURE-HOUR EXERCISE 1 - 2 HOURS LAB) QUANTITATIVE CHARACTERISTICS: CHARACTERIZATION OF THE HYDRAULIC LOAD ARRIVING AT THE WASTEWATER TREATMENT PLANTS; SEWAGE SYSTEMS; ESTIMATION OF THE AVERAGE WASTEWATER FLOW. (3 LECTURE HOURS) WASTEWATER TREATMENT PRELIMINARY TREATMENT: LIFTING, EQUALIZATION, SCREENING, GRIT REMOVAL, DE-OILING. (HOURS LEZ. 4-HOUR SUBS. 2) PRIMARY TREATMENTS: PRIMARY SEDIMENTATION: THE THEORY OF SEDIMENTATION AND TECHNOLOGICAL ASPECTS (TANKS WITH LONGITUDINAL, RADIAL, UPWARD FLOW). (HOURS LEZ. 4 - HOUR SUBS. 2) SECONDARY TREATMENTS: BIOLOGICAL PROCESSES (BIODEGRADATION KINETICS); PROCESSES IN SUSPENDED CULTURES (ACTIVATED SLUDGE); MODELING OF THE ACTIVATED SLUDGE PROCESS, AERATION SYSTEMS, PROCESSES ADHERENT CULTURES; (HOURS LEZ. 9 - HOUR SUBS. 3 - HOUR LAB. 1) DISINFECTION: DISINFECTION TREATMENTS. THICKENING, DIGESTION (AEROBIC AND ANAEROBIC), DEHYDRATION (NATURAL AND MECHANICAL). (HOURS LEZ. 2 - HOUR SUBS. 1) SLUDGE TREATMENT: THICKENING, DIGESTION (AEROBIC AND ANAEROBIC), DEHYDRATION (NATURAL AND MECHANICAL). (HOURS LEZ. 4 - HOUR SUBS. 1) SOLID WASTE MANAGEMENT INTRODUCTION TO THE DISPOSAL AND TREATMENT OF MUNICIPAL SOLID WASTE MANAGEMENT SYSTEM: MANAGEMENT OF MUNICIPAL SOLID WASTE, NOTES ON THE TREATMENT AND DISPOSAL SYSTEMS. (HOURS LEZ. 10 HOURS SUBS. 2) |
| Teaching Methods | |
|---|---|
| THE COURSE COVERS LECTURES, CLASSROOM EXERCISES AND PRACTICAL EXERCISES IN THE LABORATORIES OF THE DEPARTMENT. AS PART OF THE EXERCISES IN THE LAB OF CALCULATION, THE STUDENTS, IN SMALL GROUPS, WILL ADDRESS THE DESIGN OF SOME HYDRAULIC WORKS. THE COURSE WILL ALSO COVER VISITS TO THE LABORATORY OF HYDRAULIC AND THE LABORATORY OF SANITARY ENVIRONMENTAL ENGINEER AND TECHNICAL VISITS TO WATER SYSTEMS AND SANITARY ANVIRONMENTAL ENGINEERING SYSTEM (TREATMENT PLANTS, LANDFILLS, ETC.) IN THE AREA. |
| Verification of learning | |
|---|---|
| SINCE IT IS AN INTEGRATED COURSE, THE ACHIEVEMENT WILL BE ASSESSED BY A WRITTEN TEST IN HYDRAULIC ENGINEERING AND AN ORAL EXAM IN TREATMENTMENT PLANTS. IN ORDER TO PASS THE STUDENT MUST SHOW KNOWLEDGE AND APPLICATION CAPABILITY OF THE MAIN TOPICS EXPLAINED. THE MARK, OUT OF THIRTY, POSSIBLY WITH LODE, DEPENDS ON THE MATURITY ACQUIRED ON THE CONTENTS OF THE COURSE, TAKING INTO ACCOUNT THE QUALITY OF WRITTEN AND ORAL EXAM AND THE MAKING JUDGMENT DEMONSTRATED |
| Texts | |
|---|---|
| G. IPPOLITO, APPUNTI DI COSTRUZIONI IDRAULICHE, NUOVA ED., LIGUORI, NAPOLI, 1993 G. BECCIU E A. PAOLETTI, FONDAMENTI DI COSTRUZIONI IDRAULICHE, UTET SCIENZE TECNICHE V. MILANO, ACQUEDOTTI, HOEPLI, 1999. U. MOISELLO, IDROLOGIA TECNICA, LA GOLIARDICA PAVESE. CIRF, 2006. LA RIQUALIFICAZIONE FLUVIALE IN ITALIA. LINEE GUIDA, STRUMENTI ED ESPERIENZE PER GESTIRE I CORSI D'ACQUA E IL TERRITORIO. A. NARDINI, G. SANSONI (CURATORI) E COLL., MAZZANTI EDITORE, MESTRE L. BONOMO. TRATTAMENTI DELLE ACQUE REFLUE. MCGRAW - HILL. P. SIRINI. INGEGNERIA DEI RIFUITI SOLIDI. MCGRAW - HILL. G. D’ANTONIO, INGEGNERIA SANITARIA AMBIENTALE, HOEPLI. COURSE NOTES, SLIDES AND ADDITIONAL DOCUMENTS ARE AVAILABLE AT WWW.SEEDEDU.NET |
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