ISO/TC 109 - Oil and gas burners
Standardization concerning definitions, safeguards and security, construction, function and testing of oil and gas burners. Excluded : storage tanks and pipe work, if they do not form part of the burner assembly.
Brûleurs à combustible liquide et à gaz
Normalisation concernant les définitions, les conditions concernant la sûreté d'emploi et la sécurité, la construction, le fonctionnement et les essais des brûleurs à combustible liquide et à gaz. À l'exclusion : de l'étude des réservoirs et des tuyauteries dans la mesure où ces parties ne font pas partie intégrantes du brûleur.
General Information
Frequently Asked Questions
ISO/TC 109 is a Technical Committee within the International Organization for Standardization (ISO). It is named "Oil and gas burners" and is responsible for: Standardization concerning definitions, safeguards and security, construction, function and testing of oil and gas burners. Excluded : storage tanks and pipe work, if they do not form part of the burner assembly. This committee has published 5 standards.
ISO/TC 109 develops ISO standards. The scope of work includes: Standardization concerning definitions, safeguards and security, construction, function and testing of oil and gas burners. Excluded : storage tanks and pipe work, if they do not form part of the burner assembly. Currently, there are 5 published standards from this technical committee.
The International Organization for Standardization (ISO) is an independent, non-governmental international organization that develops and publishes international standards. Founded in 1947 and headquartered in Geneva, Switzerland, ISO brings together experts from 170+ member countries to share knowledge and develop voluntary, consensus-based standards that support innovation and provide solutions to global challenges.
A Technical Committee (TC) in ISO is a group of experts responsible for developing international standards in a specific technical area. TCs are composed of national member body delegates and work through consensus to create standards that meet global industry needs. Each TC may have subcommittees (SCs) and working groups (WGs) for specialized topics.
ISO 22967:2010 specifies the terminology, test procedures and general requirements for the construction and operation of automatic forced draught gas burners, and the provision of related control and safety devices. It is applicable to automatic gas burners fitted with a combustion air fan, equipped as described therein, and intended for use in appliances of different types and operated with fuel gases, total pre‑mixed burners and nozzle mixed burners, single burners with a single combustion chamber, single‑fuel and dual‑fuel burners when operating only on gas, and the gas function of dual-fuel burners designed for simultaneous operation on gaseous and liquid fuels (for the latter operation, see also ISO 22968). It is not applicable to burners used in direct fired processes either with defined combustion chamber applications or where the combustion chamber wall surface temperature is greater than 750 °C or the heat‑transfer medium temperature is greater than 500 °C.
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ISO 22968:2010 specifies the terminology, test procedures and general requirements for the construction and operation of automatic forced draught oil burners supplied with a fuel having a viscosity at the burner inlet of 1,6 mm2/s (cSt) to 6 mm2/s (cSt) at 20 °C or higher, boiling petroleum in accordance with ISO 8217-based first raffinates, and the provision of related control and safety devices. It is applicable to automatic oil burners fitted with a combustion air fan, equipped as described therein, and intended for use in appliances of different types and operated with fuel oils, single burners with a single combustion chamber, single‑fuel and dual‑fuel burners when operating only on oil, and the oil function of dual-fuel burners designed for simultaneous operation on gaseous and liquid fuels (for the former operation, see also ISO 22967). It is not applicable to burners used in direct fired processes either with defined combustion chamber applications or where the combustion chamber wall surface temperature is greater than 750 °C or the heat transfer medium temperature is greater than 500 °C.
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