This publication provides introductory technical guidance for mechanical engineers and other professional engineers and construction managers interested in designing and installing medical gas and vacuum systems for hospitals, and medical and dental clinics. Here is what is discussed: 1. GENERAL 2. MEDICAL GAS AND VACUUM SYSTEMS 3. LABORATORY GAS AND VACUUM SYSTEMS FOR RESEARCH AND MEDICAL LABORATORIES 4. ORAL EVACUATION SYSTEM 5. DENTAL COMPRESSED AIR SYSTEMS 6. DESIGN FOR DENTAL UNIT WATER LINES 7. FUEL GAS SYSTEMS.
This publication provides technical guidance for mechanical engineers and other professional engineers and construction managers interested in gas and vacuum systems hospitals and medical and dental clinics. Here is what is discussed:1. GENERAL 2. MEDICAL GAS AND VACUUM SYSTEMS 3. LABORATORY GAS AND VACUUM SYSTEMS FOR RESEARCH AND MEDICAL LABORATORIES 4. ORAL EVACUATION SYSTEM 5. DENTAL COMPRESSED AIR SYSTEMS 6. DESIGN FOR DENTAL UNIT WATER LINES 7. FUEL GAS SYSTEMS.
This publication provides introductory technical guidance for mechanical engineers and other professional engineers and construction managers interested in designing and installing medical gas and vacuum systems for hospitals, and medical and dental clinics. Here is what is discussed: 1. GENERAL 2. MEDICAL GAS AND VACUUM SYSTEMS 3. LABORATORY GAS AND VACUUM SYSTEMS FOR RESEARCH AND MEDICAL LABORATORIES 4. ORAL EVACUATION SYSTEM 5. DENTAL COMPRESSED AIR SYSTEMS 6. DESIGN FOR DENTAL UNIT WATER LINES 7. FUEL GAS SYSTEMS.
Introductory technical guidance for mechanical engineers and other professional engineers interested in design and construction of medical air and gas systems for hospitals and medical clinics. Here is what is discussed: 1. GENERAL, 2. MEDICAL GAS AND VACUUM SYSTEMS, 3. LABORATORY GAS AND VACUUM SYSTEMS FOR RESEARCH AND MEDICAL LABORATORIES, 4. ORAL EVACUATION SYSTEM, 5. DENTAL COMPRESSED AIR SYSTEMS, 6. DESIGN FOR DENTAL UNIT WATER LINES, 7. FUEL GAS SYSTEMS.
Introductory technical guidance for professional engineers and construction managers interested in plumbing and gas systems for hospitals and medical clinics. Here is what is discussed: 1. GENERAL, 1.1 PLUMBING SYSTEMS, 1.2 WATERBORNE PATHOGEN PREVENTION/CONTROL, 1.3 GENERAL DESIGN CONSIDERATIONS, 2. POTABLE WATER SUPPLY SYSTEM, 2.1 QUALITY, 2.2 CONTINUITY OF SERVICE, 2.3 BACKFLOW PREVENTION, 2.4 DOMESTIC HOT WATER SYSTEMS, 2.5 PLUMBING FIXTURES AND OTHER EQUIPMENT, 2.6 SANITARY DRAINAGE SYSTEM, 2.7 STORM WATER DISPOSAL, 2.8 FUEL GAS SERVICE, 2.9 MEDICAL GAS SYSTEMS, 2.9.1 SYSTEMS FOR MEDICAL CLINICS, 2.9.2 DENTAL CLINICS, 2.9.3 SYSTEM CONTROL VALVES, 2.9.4 ALARM SYSTEMS, 2.9.5 GAS SYSTEM SOURCES (STORAGE), 2.9.6 POINT-OF-USE SOURCES, 2.9.7 ALTERNATIVE COMPRESSED AIR SOURCES, 2.9.8 COLOR CODING AND LABELING, 2.9.9 MEDICAL GAS SYSTEMS OUTLETS, 2.9.10 EMERGENCY POWER SOURCE, 2.9.11 MEDICAL COMPRESSED AIR (MCA), 2.9.12 DENTAL COMPRESSED AIR (DCA), 2.9.13 LABORATORY AIR (LA), 2.9.14 INSTRUMENT AIR (IA), 2.9.15 SURGICAL HANDPIECE DRIVE AIR (SHDA), 2.9.16 MEDICAL-SURGICAL VACUUM SYSTEM (MV), 2.9.17 DENTAL HIGH VACUUM (DHV), 2.9.18 DENTAL LOW VACUUM (DLV), 2.9.19 CENTRAL DENTAL HIGH-VOLUME LABORATORY DUST EVACUATION (LDE), 2.9.20 WASTE ANESTHESIA GAS DISPOSAL (WAGD), 2.9.21 OXYGEN (OX), 2.9.22 NITROUS OXIDE (NO), 2.9.23 NITROGEN (NI), 2.9.24 STERILIZATION GAS, 2.9.25 PROCESS GAS.
Introductory technical guidance for professional engineers, architects and construction managers interested in design of hospitals and medical clinics. Here is what is discussed: 1. ARCHITECTURAL DETAILS, 2. DRAINAGE SYSTEMS, 3. MEDICAL GAS AND VACUUM SYSTEMS, 4. HVAC SYSTEMS, 5. PLUMBING AND PIPING, 6. PLUMBING FIXTURES AND EQUIPMENT, 7. PLUMBING CRITERIA, 8. PUMBING SCHEMATICS AND SCHEDULES, 9. WATER SYSTEMS, 10. SITE PLANNING, 11. TRANSPORTATION, LOGISTICS, WAYFINDING, 12. WATER SUPPLY.
Introductory technical guidance for professional engineers and construction managers interested in plumbing and gas systems for hospitals and medical clinics. Here is what is discussed: 1. GENERAL, 1.1 PLUMBING SYSTEMS, 1.2 WATERBORNE PATHOGEN PREVENTION/CONTROL, 1.3 GENERAL DESIGN CONSIDERATIONS, 2. POTABLE WATER SUPPLY SYSTEM, 2.1 QUALITY, 2.2 CONTINUITY OF SERVICE, 2.3 BACKFLOW PREVENTION, 2.4 DOMESTIC HOT WATER SYSTEMS, 2.5 PLUMBING FIXTURES AND OTHER EQUIPMENT, 2.6 SANITARY DRAINAGE SYSTEM, 2.7 STORM WATER DISPOSAL, 2.8 FUEL GAS SERVICE, 2.9 MEDICAL GAS SYSTEMS, 2.9.1 SYSTEMS FOR MEDICAL CLINICS, 2.9.2 DENTAL CLINICS, 2.9.3 SYSTEM CONTROL VALVES, 2.9.4 ALARM SYSTEMS, 2.9.5 GAS SYSTEM SOURCES (STORAGE), 2.9.6 POINT-OF-USE SOURCES, 2.9.7 ALTERNATIVE COMPRESSED AIR SOURCES, 2.9.8 COLOR CODING AND LABELING, 2.9.9 MEDICAL GAS SYSTEMS OUTLETS, 2.9.10 EMERGENCY POWER SOURCE, 2.9.11 MEDICAL COMPRESSED AIR (MCA), 2.9.12 DENTAL COMPRESSED AIR (DCA), 2.9.13 LABORATORY AIR (LA), 2.9.14 INSTRUMENT AIR (IA), 2.9.15 SURGICAL HANDPIECE DRIVE AIR (SHDA), 2.9.16 MEDICAL-SURGICAL VACUUM SYSTEM (MV), 2.9.17 DENTAL HIGH VACUUM (DHV), 2.9.18 DENTAL LOW VACUUM (DLV), 2.9.19 CENTRAL DENTAL HIGH-VOLUME LABORATORY DUST EVACUATION (LDE), 2.9.20 WASTE ANESTHESIA GAS DISPOSAL (WAGD), 2.9.21 OXYGEN (OX), 2.9.22 NITROUS OXIDE (NO), 2.9.23 NITROGEN (NI), 2.9.24 STERILIZATION GAS, 2.9.25 PROCESS GAS.
