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- May 15, 2017 CNG/LNG Repair Facility and Radiant Heating CNG/LNG Repair Facility with Gas-Fired Radiant Infrared Tube Heaters and what it take to be in compliance with NFPA 30A 7.6.6
- Sep 9, 2016 Why Radiant Infrared Tube Heaters in High Bay Aircraft Hangers and Warehouses Radiant heaters do not require fans to distribute heat, thus saving the capital of fan components. With fewer moving parts, breakdowns are reduced and better zone control can be achieved. More importantly, by not having to heat the air in order to warm people and objects, heating costs are dramatic
- Aug 15, 2016 Advantages of a Gas Fired Radiant Infrared Heated Residential Garage Heating your garage with a gas fired radiant infrared heater has many advantages. It will extend your work space though out the year and into the winter months with the efficiency of a gas fired radiant infrared tube heater.
- Jul 5, 2016 Radiant Heater Yearly Maintenance With proper yearly maintenance you can not only prolong the life of your Gas Fired Radiant Infrared Heating System but also reduce the possibility of a heating system outage when you can least afford it!
- Jun 26, 2016 Why Choose Infrared Radiant Heat for Your Building or Application? With radiant infra-red heat you can expect to save 30-50% on your application with a properly designed system.
CNG/LNG Repair Facility and Radiant Heating
May 15, 2017
What you need to know about heating a CNG/LNG Repair Facility with Gas-Fired Radiant Infrared Tube Heaters
Upgrading to a Radiant Infrared Heating System can give you a code-compliant solution that will save you on your monthly heating fuel bills. This will in turn help the bottom line increasing your profits or lowering operating costs in the case of government operated facilities. Working with the Manufacture, local Manufactures Representative and Engineer can help you design the ideal Radiant Infrared Heating solution.
The first items you need to know are that there is a list of potentially applicable codes that need to be looked at for facilities where Compressed Natural Gas (CNG) is dispensed indoors. An initial list includes but not limited to; International (or State) Building Code, International (or State) Fire Code, International (or State) Mechanical Code, National Fire Protection Association (NFPA) 30A Motor Fuel Dispensing Facilities and Repair Garages, NFPA 88A Standard for Parking Structures, and NFPA 70 National Electrical Code.
When you are upgrading your heating system to a Radiant Infrared Heating System for Major or Minor Repair CNG facilities there are a few key items that need to be known. There are additional items for Electrical, Ventilation Continuous, Ventilation Emergency, Gas Detection, Generator, and Architectural requirements that will need to be addressed that are not discussed here.
1: There are no open flames, meaning that the combustion and exhaust air must be isolated from the indoors. You will need a fresh air inlet and exhaust outside.
2: All surfaces of the heater must not exceed 750 degrees Fahrenheit (Approximately 399 Degrees Celsius)
3: Must be C.S.A. Certified and incompliance to NFPA 30A 7.6.6
It is important to contact your local government department in charge of building codes to determine if there are additional items that need to be addressed. Your local Manufactures Representative will be able to help guide you through this process.
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