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This Specialization Course consists of eight modules, which cover the most important aspects of automatic fire suppression systems in terms of technology, design, and implementation. Module 1. Introduction and General Concepts. 1.1 Introduction to Fire Protection. 1.2 Active and Passive Fire Protection. 1.3 Automatic Fire Suppression Systems. 1.4 Design Principles of Automatic Fire Suppression Systems and Regulatory Framework. 1.5 The Design, Installation, Commissioning, and Maintenance Phases of Automatic Fire Suppression Systems. 1.6 Fundamentals of Hydraulics Applied to Fire Suppression Systems. Module 2. Automatic Sprinkler Systems. 2.1 General Concepts and Introduction to Automatic Sprinkler Systems. 2.2 Types and Classification of Sprinklers. 2.3 Design and Manufacturing Characteristics of Sprinklers. 2.4 Components of a Sprinkler System. General Diagram. 2.5 Types of Systems and Networks. 2.6 Design of automatic sprinkler systems in accordance with NFPA 13, EN 12845, and FM standards. 2.6.1 Classification of uses and goods based on risk. 2.6.2 System requirements, sprinkler needs, and other considerations. 2.6.3 Requirements for sprinklers, valves, piping, and other components. 2.6.4 Geometric design parameters. 2.6.5 Hydraulic design parameters. 2.6.6 Standard support and seismic protection. 2.7 Sprinkler system design procedure. Module 3. Water mist systems. 3.1 General concepts and introduction to water mist systems. 3.2 Regulatory framework. 3.3 Water mist system components. 3.4 Applications. 3.5 Design of water mist systems in accordance with NFPA 15 and UNE 23503. 3.5.1 Protection of vessels and tanks. 3.5.2 Transformer Protection. 3.5.3 Facility Gallery Protection. 3.5.4 Structural Protection. 3.5.5 Pipe Rack Protection. 3.5.6 Fuel Storage Tank Protection. 3.5.7 Hydroshields. Module 4. Foam Systems. 4.1 Concepts and Definitions. 4.2 Foam Agent Classification. 4.3 Foam Agent Supply and Mixing. 4.4 Foam Agent Delivery Methods. 4.5 Discharge Equipment. 4.6 Foam System Applications. 4.7 Design in Accordance with NFPA 11, NFPA 16, and EN 13565-2. 4.7.1 Design Densities. 4.7.2 Protection of Flammable Liquid Storage in Tanks, Spill Containment Areas, and Process Areas. 4.7.3 Enclosed Sprinkler Systems and Foam Deluge Systems. 4.7.4 High-expansion systems. 4.7.5 Other applications. Module 5. Water Supply Systems. 5.1 General concepts and introduction to water supply systems. 5.2 Design standards. NFPA 20, NFPA 22, UNE EN 12845 and UNE 23500 as reference. 5.3 System components. 5.4 Water sources. 5.5 Atmospheric, pressurized, and gravity-fed reservoirs. 5.6 Pumping systems. Preliminary considerations and block diagrams. 5.7 General scheme and operating principle of a pumping system. 5.8 Nominal flow rates of fire pumps. 5.9 Hydraulic performance and representative curves. 5.10 Suction circuit, discharge circuit, and test circuit. 5.11 Vertical pumps. 5.12 Motors. Types and parts. 5.13 Starter and control panels. 5.14 Pump Rooms. General Construction Considerations. 5.15 General Fire Water Distribution Network. 5.16 Practical Examples. Module 6. Water Mist Systems. 6.1 General Concepts and Introduction to Water Mist. 6.2 Regulatory Framework. 6.3 Components of a Water Mist System. 6.4 Applications. 6.5 Design in Accordance with NFPA 750 and EN 14972-1. 6.6 Conclusions. Module 7. Gaseous Fire Suppression Systems. 7.1 General Concepts and Introduction to Gaseous Fire Suppression Systems. 7.2 Principles of Gaseous Agents. 7.3 Components of a Gaseous Fire Suppression System. 7.4 Clean Agent Fire Suppression Design. 7.4.1 Parameters. 7.4.2 Design with chemical agent according to EN 15004 and NFPA 2001. 7.4.3 Design with inert agent according to EN 15004 and NFPA 2001. 7.4.4 Case studies. 7.5 CO2 fire suppression design. 7.5.1 Parameters. 7.5.2 CO2 design according to ISO 6183 and NFPA 12. 7.5.3 Case studies. 7.6 Design of overpressure dampers. Module 8. Other automatic fire suppression systems. 8.1 Condensed aerosol fire suppression systems. 8.2 Powder fire suppression systems. 8.3 Kitchen fire suppression systems. 8.4 Other fire suppression systems.

PRECIO: 775 euros (620 euros con beca del 20%)