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B030549 - CIVIL TECHNICAL PLANTS
Main information
Teaching Language
Course Content
Suggested readings
Learning Objectives
Prerequisites
Teaching Methods
Further information
Type of Assessment
Course program
Academic Year 2020-21
Coorte 2020 - Second Cycle Degree in BUILDING ENGINEERING
Course year
First year - Second Semester
Belonging Department
Civil and Environmental Engineering (DICEA)
Modulo di sola Frequenza of
Scientific Area
ING-IND/10 - THERMAL ENGINEERING AND INDUSTRIAL ENERGY SYSTEMS
Credits
6
Teaching Hours
48
Teaching Term
01/03/2021 ⇒ 11/06/2021
Attendance required
No
Type of Evaluation
Giudizio Finale
Course Content
show
Course program
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Lectureship
Mutuality
Course teached as:
B028717 - IMPIANTI TECNICI CIVILI E INDUSTRIALI
Second Cycle Degree in ENERGY ENGINEERING
Curriculum ENERGIA
B028717 - IMPIANTI TECNICI CIVILI E INDUSTRIALI
Second Cycle Degree in ENERGY ENGINEERING
Curriculum ENERGIA
Teaching Language
Italian
Course Content
Thermo-hygrometric comfort and correlated standards.
Building energy needs evaluation methods and tools .
Design of heating, refrigeration and air conditioning plants and their components.
Renewable energy plants. Domestic sanitary water systems for civil and industrial buildings .
Fire prevention plants and hydraulic equipments.
Building energy needs evaluation methods and tools .
Design of heating, refrigeration and air conditioning plants and their components.
Renewable energy plants. Domestic sanitary water systems for civil and industrial buildings .
Fire prevention plants and hydraulic equipments.
Suggested readings (Search our library's catalogue)
G. Moncada Lo Giudice, L. De Santoli, Progettazione di Impianti tecnici, Masson, Milano 1995
C. Pizzetti, Condizionamento dell'aria e refrigerazione, Masson, Milano, 1975.
AA.VV., Manuale della climatizzazione, Tecniche nuove, Milano, 1992.
Norme UNI relative agli specifici argomenti. Dispense Prof. Cammarata (Università di Catania).
M. Vio Impianti di climatizzazione, Manuale di calcolo, Editoriale Delfino, 2008
C. Pizzetti, Condizionamento dell'aria e refrigerazione, Masson, Milano, 1975.
AA.VV., Manuale della climatizzazione, Tecniche nuove, Milano, 1992.
Norme UNI relative agli specifici argomenti. Dispense Prof. Cammarata (Università di Catania).
M. Vio Impianti di climatizzazione, Manuale di calcolo, Editoriale Delfino, 2008
Learning Objectives
CA2: Ability of applying knowledge in the field of thermofluidodynamic and machinery to solve problems of theoretical and applied thermodynamics, fluid dynamics and heat transfer.
CA5: Identify, formulate and solve industrial engineering problems, with special focus to energy issues.
CA8: Ability of analyzing plants, components and process technologies and methods of engineering and their economic implications
CC1: In-depth knowledge in the field of energy and electricity
CC4: In-depth study of applied thermodynamics, thermoeconomics, environmental sustainability of plants, machinery, components and systems for the production and conversion of energy. Methodologies for the identification of thermodynamic and economic inefficiencies of energy systems and components. Environmental and economic sustainability.
CC6: Principles and problems of heat transfer in machinery and plants in systems and components of energy conversion machinery and plants: modeling techniques and computational simulation. Optimized design, management and control methods for heat transfer networks.
CC9: Generation of cold, electrical systems and electrical machines.
CA5: Identify, formulate and solve industrial engineering problems, with special focus to energy issues.
CA8: Ability of analyzing plants, components and process technologies and methods of engineering and their economic implications
CC1: In-depth knowledge in the field of energy and electricity
CC4: In-depth study of applied thermodynamics, thermoeconomics, environmental sustainability of plants, machinery, components and systems for the production and conversion of energy. Methodologies for the identification of thermodynamic and economic inefficiencies of energy systems and components. Environmental and economic sustainability.
CC6: Principles and problems of heat transfer in machinery and plants in systems and components of energy conversion machinery and plants: modeling techniques and computational simulation. Optimized design, management and control methods for heat transfer networks.
CC9: Generation of cold, electrical systems and electrical machines.
Prerequisites
Thermodynamics, Heat transfer, Fluid mechanics, Energy systems
Teaching Methods
Classroom lessons and practicing. Visits in the Lab and at selected Companies.
Further information
None
Type of Assessment
Oral examination
Course program
Thermo-hygrometric comfort and correlated standards.
Evaluation of the building heating and cooling loads.
HYDRAULIC CIRCUITS
Pumps, valves, energy balance.
HEATING PLANTS
Main types of plants, boilers, burners, heat recovery from exhaust smokes, chimneys. Expansion systems. Safety and control equipments – Italian Standard “INAIL” Regulation valves. Automatic control of the heating plants. Heating equipment: radiators, convectors, Floor/ceiling heating systems.
HEATING, VENTILATING, AIR CONDITIONING PLANTS
Chillers, heat pumps, refrigerants. Compressors, evaporators, condensers, cooling towers. Humid air thermodynamic processes. Fans, Air ducts, Air Handling Units, dampers, air supply and return equipment. Common heating ventilation and air conditioning plant (HVAC) configurations. Air handling units: single zone and multi zone; Variable Air Volume (VAV) systems; Constant Air Volume (CAV) systems; Regulation and control of the heating and cooling plant systems; Legionella pneumofila and Cooling Plants.
COGENERATION AND TRI-GENERATION PLANTS (CHP)
Fundamentals of different CHP systems.
POWER GENERATION FROM LOW ENTHALPY GEOTHERMAL PLANTS
Basic characteristics and technical plan-schemes
ICE STORAGE
Basic characteristics and technical plan-schemes
ENERGY CONSUMPTION EVALUATION: BIN method
WATER AND SANITARY PLANTS
Instant and conventional consumption. Water storage and supply systems. Pump technologies. Hot and cold water coils. Domestic Hot Water production (DHW)
SOLAR PANELS
Domestic Hot Water production and supply systems ; DHW equipments. Drainage systems. Rainwater storage and disposal. Up-lift plants for excess water. Legionella pneumofila and Domestic Hot Water plants.
FIRE PREVENTION AND SAFETY PLANTS
Fundamentals and methodologies for fire safety, fire security and fire prevention. Reference Standards; Fire extinguishers; Fire hydrants. Sprinklers plants and extinguisher fire plants with gas system.
Evaluation of the building heating and cooling loads.
HYDRAULIC CIRCUITS
Pumps, valves, energy balance.
HEATING PLANTS
Main types of plants, boilers, burners, heat recovery from exhaust smokes, chimneys. Expansion systems. Safety and control equipments – Italian Standard “INAIL” Regulation valves. Automatic control of the heating plants. Heating equipment: radiators, convectors, Floor/ceiling heating systems.
HEATING, VENTILATING, AIR CONDITIONING PLANTS
Chillers, heat pumps, refrigerants. Compressors, evaporators, condensers, cooling towers. Humid air thermodynamic processes. Fans, Air ducts, Air Handling Units, dampers, air supply and return equipment. Common heating ventilation and air conditioning plant (HVAC) configurations. Air handling units: single zone and multi zone; Variable Air Volume (VAV) systems; Constant Air Volume (CAV) systems; Regulation and control of the heating and cooling plant systems; Legionella pneumofila and Cooling Plants.
COGENERATION AND TRI-GENERATION PLANTS (CHP)
Fundamentals of different CHP systems.
POWER GENERATION FROM LOW ENTHALPY GEOTHERMAL PLANTS
Basic characteristics and technical plan-schemes
ICE STORAGE
Basic characteristics and technical plan-schemes
ENERGY CONSUMPTION EVALUATION: BIN method
WATER AND SANITARY PLANTS
Instant and conventional consumption. Water storage and supply systems. Pump technologies. Hot and cold water coils. Domestic Hot Water production (DHW)
SOLAR PANELS
Domestic Hot Water production and supply systems ; DHW equipments. Drainage systems. Rainwater storage and disposal. Up-lift plants for excess water. Legionella pneumofila and Domestic Hot Water plants.
FIRE PREVENTION AND SAFETY PLANTS
Fundamentals and methodologies for fire safety, fire security and fire prevention. Reference Standards; Fire extinguishers; Fire hydrants. Sprinklers plants and extinguisher fire plants with gas system.