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NOTE - THE NOTED DISAPPROVED ITEMS MAY NOT CONSTITUTE A COMPLETE LIST OF VIOLATIONS. THE DESIGNER IS TO CONDUCT A COMPLETE RE-REVIEW OF THE PLANS FOR ADDITIONAL VIOLATIONS OF THE STANDARD COMMENTS AND INCORRECT INFORMATION PRIOR TO RESUBMITTING.

 System plans must be picked up within 30 days. All system plans left longer than 30 days will be discarded as abandoned.

PIKES PEAK BREWERY LAGER HOUSE SUITE 100
00514 TEJON ST

Review DateStatusComment(s)
5/19/2020 ICARBON DIOXIDE AND INERT GAS SYSTEMS - DETECTION Analox Ax60 Detection system provided; shall alarm locally at 5,000 ppm (no building evacuation or 911 call at 5,000ppm). 1 detector located at tank location, 1 detector in beer cooler, 1 detector in production area (for bright tanks). 3 detectors required, 3 provided. 5307.8 Detection of a gas or vapor. Detection shall be installed for all carbon dioxide and inert gas systems that meet the thresholds shown in 5307.1. 5307.8.1 Detectors. Any detection device used for carbon dioxide and inert gas systems shall be suitable for the use intended and shall be listed or approved. 5307.8.2 Location of detection sensor. Sensors for gas detection systems shall be located in the same room or area, as close as possible to the system supply and at the height indicated in Table 5307.8.2 5307.8.2.1 Point of use detection. Where the point of use is remote from the supply a detection and alarm system is required for each point of use. GAS NAME | GRAVITY (AIR= 1.00) | DISTANCE FROM FLOOR | DISTANCE FROM CEILING | Helium | 0.138 | --- | 12 to 18 inches Neon | 0.697 | --- | 12to 24 inches Nitrogen | 0.9737 | 48 to 75 inches | Argon | 1.38 | 12 to 18 inches Carbon Dioxide | 1.53 | 12 to 18 inches Krypton | 2.89 | 12 to 18 inches Xenon | 4.53 | 12 to 18 inches 5307.9 Detection alarms. Rooms or areas where container systems are used indoors or in enclosed outdoor locations shall be provided with a gas detection and alarm system. 5307.9.1 Carbon dioxide detection. For carbon dioxide, the detection system shall be capable of notifying personnel in the immediate area of a leak at 5,000 parts per million. Upon reaching 30,000 parts per million this system must notify all building occupants of a mandatory evacuation. Exception: Systems with a fail-safe feature that complies with 5307.10 exception are not required to notify building occupants at 30,000 parts per million. 5307.9.2 Other Gas detection. For other gases an oxygen deficiency detection system shall be provided and shall be capable of notifying all occupants in the building when the oxygen level drops below 19.5 percent. 5307.9.3 Detector testing. The equipment, systems and devices listed in 5003.2.9.1 shall be tested at one of the frequencies listed below: 1. Not less than annual. 2. In accordance with the approved manufacturer#s requirements. 3. In accordance with approved recognized industry standards. 4. . In accordance with an approved schedule. {2015 IFC 5307.8 through 5307.9}
ICARBON DIOXIDE AND INERT GAS SYSTEMS - VENTILATION KSD Pneumatic autoshutoff valve provided, shall actuate at 5,000ppm and/or loss of power 5307.10 VENTILATION. Mechanical ventilation shall be installed in addition to a detection and alarm system as required in Section 5307.8 and 5307.9. All compressed gas systems shall have ventilation installed as required by 2015 IFC Sections 5001.3.3.10, 5004.3 through 5004.3., and the International Mechanical Code. Construction plan data and/or a technical report by a registered design professional shall be submitted to the fire code official demonstrating compliance with the requirements. Approved plans/permits for ventilation from the governing mechanical authority shall be prima tacie evidence for compliance. Exceptions: 1. Carbon Dioxide systems with a fail-safe feature that shuts off flow from the source tank upon reaching 5,000 parts per million and/or loss of power. 2. Inert Gas systems with a fail-safe feature that shuts off flow from the source tank upon reaching an oxygen deficient atmosphere of 19.5 percent and/or loss of power. 5307.10.1 NON-CONTINUOUS VENTILATION. Ventilation may be allowed to be noncontinuous in nature it the gas detection system activates the ventilation system upon reaching alarm thresholds as set forth in Section 5307.9. 5307.11 PIPING. Piping for all carbon dioxide and/or inert gas systems shall be located and supported to protect against damage from strain on piping and fittings, the effects of expansion, contraction and vibration, mechanical damage, and heat sources. 5307.11.1 PIPING REQUIREMENTS. Piping, tubing, hoses, and fittings shall be designed to a bursting pressure of at least four times the system design pressure. 5307.11.2 PIPE LABELING. All piping associated with carbon dioxide and/or inert gas systems shall be labeled in accordance with American Society of Mechanical Engineers (ASME) A13.1 to indicate the material conveyed and the direction of flow. 5307.11.3 COUPLINGS. Where carbon dioxide and inert gas piping is run through areas not protected with gas detection and ventilation as required by fire code, there shall be no couplings, unions or other joints that may pose a threat due to failure, as determined by the fire code official. {2015 IFC 5307.10 through 5307.11}
AttentionEXCEEDS PERMIT QUANTITIES; ANNUAL HAZARDOUS MATERIALS OPERATIONAL PERMIT REQUIRED. COLLECT REQUIRED INFORMATION FOR ANNUAL PERMITTING. CO2 System > 100 lbs CO2 Storage < 6,000 scf
FYICARBON DIOXIDE DECLARATION: Information submitted with the plans indicates the following: 1, 600# cylinders of CO2 = 600# total CO2 Indoor storage Yes CO2 generator. No
AttentionINSPECTION REQUIRED. An inspection of this hazardous materials installation/process is required prior to final Certificate of Occupancy/occupancy of the building/commencement of hazardous materials operations. To schedule the hazardous materials inspection, please call 719-385-5978 and follow prompts to schedule the inspection. Please have the plan review number ready before calling.
FYI2015 IFC - SECURITY OF AREAS. Areas used for the storage, use and handling of compressed gas containers, cylinders, tanks and systems shall be secured against unauthorized entry and safeguarded in an approved manner. (2015 IFC ?5303.5.1)
FYINFPA 55 BURSTING PRESSURE. Piping, tubing, and loses and fitting shall be designed to a bursting pressure of at least four times the system design pressure. (2016 NFPA 55:13.3.3.2)
FYI2015 IFC - SECURING COMPRESSED GAS CONTAINERS, CYLINDERS AND TANKS. Compressed gas containers, cylinders and tanks shall be secured to prevent falling caused by contact, vibration or seismic activity. Securing of compressed gas containers, cylinders and tanks shall be by one of the following methods: 1. Securing containers, cylinders and tanks to a fixed object with one or more restraints. 2. Securing containers, cylinders and tanks on a cart or other mobile device designed for the movement of compressed gas containers, cylinders or tanks. 3. Nesting of compressed gas containers, cylinders and tanks at container filling or servicing facilities or in sellers# warehouses not accessible to the public. Nesting shall be allowed provided the nested containers, cylinders or tanks, if dislodged, do not obstruct the required means of egress. 4. Securing of compressed gas containers, cylinders and tanks to or within a rack, framework, cabinet or similar assembly designed for such use. Exception: Compressed gas containers, cylinders and tanks in the process of examination, filling, transport or servicing. (2015 IFC ?5303.5.3)
FYI2015 IFC - PIPED OUTDOORS. Pressure relief devices on site-filled containers located in the building shall be piped outdoors where the discharge will not impinge on the structure, personnel, or means of egress and will not create a hazardous concentration of carbon dioxide. (2105 IFC ?5307.7.3.1)
FYICARBON DIOXIDE AND INERT GAS SYSTEMS - SIGNAGE 5307.12 Signage. A warning sign shall be posted at the entrance to the building, room, enclosure, or confined area where the system is located. Signs shall have a minimum dimension of 12 inches wide by 18 inches high, the lettering of such signs shall be of bold type at least 1 inch in height and shall be properly spaced to provide good legibility. The lettering shall be black and the background shall be yellow. 5307.12.1 Inert Gas Systems. Inert gas systems shall have a sign stating: CAUTION-INERT GAS If alarm is sounding ventilate the area before entering. A high inert gas concentration in this area can cause suffocation. 5307.12.2 Carbon Dioxide Systems. Carbon dioxide systems shall have a sign stating: CAUTION-CARBON DIOXIDE GAS If alarm is sounding ventilate the area before entering. A high inert gas concentration in this area can cause suffocation. 5307.13 System Signage. Signage for insulated containers shall be placed on the head of the container indicating inlet, outlet, and pressure relief. {2015 IFC 5307.12 through 5307.13}
FYINFPA 55: PRESSURE RELIEF/VENTING. Containers used for liquid carbon dioxide shall be equipped with pressure relief devices piped from the uppermost part of the containers and communicating with the vapor space. (NFPA 55:13.3.1) Pressure relief devices shall be piped to the outdoors where the discharge will not impinge on the structure, personnel, or means of egress and will not create a hazardous concentration of carbon dioxide. (2016 NFPA 55:13.3.1.2)
FYINFPA 55: REMOTE FILLING. Where cylinders, containers and tanks are in locations remote from the filling connection, a means to determine when the containers have been filled to their design capacity shall be provided and shall be verifiable from the filling connection. (2016 NFPA 55: 13.3.2.3)
FYINFPA 55 LOCAL ALARM NOTIFICATION. Activation of the gas detection system shall sound a local alarm to notify persons responsible for system operation of a hazard condition in the area in which the system is installed. (2016 NFPA 55:13.6.2.3)
FYINFPA 55 CARBON DIOXIDE PIPING. Carbon dioxide piping shall be located and supported to protect against damage from strain on piping and fitting; the effects of expansion, contraction, and vibration; mechanical damage; and heat sources. (2016 NFPA 55:13.3.3.1)
FYI2015 IFC - PIPING SYSTEMS. Piping systems shall be marked in accordance with ASME A13.1. Markings used for piping systems shall consist of the content#s name and include a direction-of-flow arrow. Markings shall be provided at each valve; at wall, floor or ceiling penetrations; at each change of direction; and at not less than every 20 feet (6096 mm) or fraction thereof throughout the piping run. Exceptions: 1. Piping that is designed or intended to carry more than one gas at various times shall have appropriate signs or markings posted at the manifold, along the piping and at each point of use to provide clear identification and warning. 2. Piping within gas manufacturing plants, gas processing plants, refineries and similar occupancies shall be marked in an approved manner. (2015 IFC ?5303.4.3)
FYI2015 IFC - MARKINGS. Individual containers, cartons or packages shall be conspicuously marked or labeled in an approved manner. Rooms or cabinets containing compressed gases shall be conspicuously labeled: COMPRESSED GAS. (2015 IFC ?5003.5.1)
FYI2015 IFC - HAZARD IDENTIFICATION SIGNS. Unless otherwise exempted by the fire code official, visible hazard identification signs as specified in NFPA 704 for the specific material contained shall be placed on stationary containers and aboveground tanks and at entrances to locations where hazardous materials are stored, dispensed, used or handled in quantities requiring a permit and at specific entrances and locations designated by the fire code official. (2015 IFC ?5003.5)
FYI2015 IFC - DESIGN AND CONSTRUCTION. Piping, tubing, valves, fittings and related components used for hazardous materials shall be in accordance with the following: 1. Piping, tubing, valves, fittings and related components shall be designed and fabricated from materials that are compatible with the material to be contained and shall be of adequate strength and durability to withstand the pressure, structural and seismic stress and exposure to which they are subject. 2. Piping and tubing shall be identified in accordance with ASME A13.1 to indicate the material conveyed. 3. Readily accessible manual valves or automatic remotely activated fail-safe emergency shutoff valves shall be installed on supply piping and tubing at the following locations: 3.1. The point of use. 3.2. The tank, cylinder or bulk source. 4. Manual emergency shutoff valves and controls for remotely activated emergency shutoff valves shall be identified and the location shall be clearly visible, accessible and indicated by means of a sign. 5. Backflow prevention or check valves shall be provided where the backflow of hazardous materials could create a hazardous condition or cause the unauthorized discharge of hazardous materials. 6. Where gases or liquids having a hazard ranking of: Health Class 3 or 4 Flammability Class 4 Instability Class 3 or 4 in accordance with NFPA 704 are carried in pressurized piping above 15 pounds per square inch gauge (psig) (103 kPa), an approved means of leak detection and emergency shutoff or excess flow control shall be provided. Where the piping originates from within a hazardous material storage room or area, the excess flow control shall be located within the storage room or area. Where the piping originates from a bulk source, the excess flow control shall be located as close to the bulk source as practical. Exceptions: 1. Piping for inlet connections designed to prevent backflow. 2. Piping for pressure relief devices. (2015 IFC ?5003.2.2.1)
FYI2015 IFC - DESIGN AND CONSTRUCTION OF CONTAINERS, CYLINDERS, AND TANKS. Containers, cylinders and tanks shall be designed and constructed in accordance with approved standards. Containers, cylinders, tanks and other means used for containment of hazardous materials shall be of an approved type. Pressure vessels not meeting DOTn requirements for transportation shall comply with the ASME Boiler and Pressure Vessel Code. (2015 IFC ?5003.2.1)
FYI2015 IFC - PHYSICAL PROTECTION. Compressed gas containers, cylinders, tanks and systems that could be exposed to physical damage shall be protected. Guard posts or other approved means shall be provided to protect compressed gas containers, cylinders, tanks and systems indoors and outdoors from vehicular damage and shall comply with Section 312. (2015 IFC ?5303.5.2)
3/19/2020 DisapprovedReceived deferred submittal letter for CO2. Plans and permit required prior to final.
1/29/2020 DisapprovedCARBON DIOXIDE AND INERT GAS SYSTEMS - VENTILATION CO2 system amounts declared to be greater than 100 lbs (450 lbs declared); therefore, CO2 system is required to meet the requirements of Section 5307 (shown below) for ventilation/shutoff; the plans must show details of storage location, use locations, detection schedule, etc. Alternatively, if this detection and alarm system plan is to be submitted by the CO2 contractor, a deferred submittal may be allowed; please contact Stefan Manning at stefan.manning@coloradosprings.gov for details. ------------------------------------- 5307.10 VENTILATION. Mechanical ventilation shall be installed in addition to a detection and alarm system as required in Section 5307.8 and 5307.9. All compressed gas systems shall have ventilation installed as required by 2015 IFC Sections 5001.3.3.10, 5004.3 through 5004.3., and the International Mechanical Code. Construction plan data and/or a technical report by a registered design professional shall be submitted to the fire code official demonstrating compliance with the requirements. Approved plans/permits for ventilation from the governing mechanical authority shall be prima tacie evidence for compliance. Exceptions: 1. Carbon Dioxide systems with a fail-safe feature that shuts off flow from the source tank upon reaching 5,000 parts per million and/or loss of power. 2. Inert Gas systems with a fail-safe feature that shuts off flow from the source tank upon reaching an oxygen deficient atmosphere of 19.5 percent and/or loss of power. 5307.10.1 NON-CONTINUOUS VENTILATION. Ventilation may be allowed to be noncontinuous in nature it the gas detection system activates the ventilation system upon reaching alarm thresholds as set forth in Section 5307.9. 5307.11 PIPING. Piping for all carbon dioxide and/or inert gas systems shall be located and supported to protect against damage from strain on piping and fittings, the effects of expansion, contraction and vibration, mechanical damage, and heat sources. 5307.11.1 PIPING REQUIREMENTS. Piping, tubing, hoses, and fittings shall be designed to a bursting pressure of at least four times the system design pressure. 5307.11.2 PIPE LABELING. All piping associated with carbon dioxide and/or inert gas systems shall be labeled in accordance with American Society of Mechanical Engineers (ASME) A13.1 to indicate the material conveyed and the direction of flow. 5307.11.3 COUPLINGS. Where carbon dioxide and inert gas piping is run through areas not protected with gas detection and ventilation as required by fire code, there shall be no couplings, unions or other joints that may pose a threat due to failure, as determined by the fire code official. {2015 IFC 5307.10 through 5307.11}
DisapprovedCARBON DIOXIDE AND INERT GAS SYSTEMS - DETECTION CO2 system amounts declared to be greater than 100 lbs (450 lbs declared); therefore, CO2 system is required to meet the requirements of Section 5307 (shown below) for alarm and detection; the plans must show details of storage location, use locations, detection schedule, etc. Alternatively, if this detection and alarm system plan is to be submitted by the CO2 contractor, a deferred submittal may be allowed; please contact Stefan Manning at stefan.manning@coloradosprings.gov for details. --------------------------------------------- 5307.8 Detection of a gas or vapor. Detection shall be installed for all carbon dioxide and inert gas systems that meet the thresholds shown in 5307.1. 5307.8.1 Detectors. Any detection device used for carbon dioxide and inert gas systems shall be suitable for the use intended and shall be listed or approved. 5307.8.2 Location of detection sensor. Sensors for gas detection systems shall be located in the same room or area, as close as possible to the system supply and at the height indicated in Table 5307.8.2 5307.8.2.1 Point of use detection. Where the point of use is remote from the supply a detection and alarm system is required for each point of use. GAS NAME | GRAVITY (AIR= 1.00) | DISTANCE FROM FLOOR | DISTANCE FROM CEILING | Helium | 0.138 | --- | 12 to 18 inches Neon | 0.697 | --- | 12to 24 inches Nitrogen | 0.9737 | 48 to 75 inches | Argon | 1.38 | 12 to 18 inches Carbon Dioxide | 1.53 | 12 to 18 inches Krypton | 2.89 | 12 to 18 inches Xenon | 4.53 | 12 to 18 inches 5307.9 Detection alarms. Rooms or areas where container systems are used indoors or in enclosed outdoor locations shall be provided with a gas detection and alarm system. 5307.9.1 Carbon dioxide detection. For carbon dioxide, the detection system shall be capable of notifying personnel in the immediate area of a leak at 5,000 parts per million. Upon reaching 30,000 parts per million this system must notify all building occupants of a mandatory evacuation. Exception: Systems with a fail-safe feature that complies with 5307.10 exception are not required to notify building occupants at 30,000 parts per million. 5307.9.2 Other Gas detection. For other gases an oxygen deficiency detection system shall be provided and shall be capable of notifying all occupants in the building when the oxygen level drops below 19.5 percent. 5307.9.3 Detector testing. The equipment, systems and devices listed in 5003.2.9.1 shall be tested at one of the frequencies listed below: 1. Not less than annual. 2. In accordance with the approved manufacturer#s requirements. 3. In accordance with approved recognized industry standards. 4. . In accordance with an approved schedule. {2015 IFC 5307.8 through 5307.9}


 

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