Fuel gases definition
Examples of Fuel gases in a sentence
Fuel gases should always be stored separately from oxygen cylinders and the sites marked accordingly.
Fuel gases with large percentages of an inert gas such as nitrogen or carbon dioxide will have a ratio of rich-to-lean flammability limits less than that of pure natural gas.
Fuel gases containing hydrogen and/or carbon monoxide will have a ratio of rich-to-lean flammability limits that is significantly larger than that of natural gas.
Fuel gases considered here included CH4, CO and CO2 to be commensurate to the planned usage of the OTM for natural gas reformation and combustion (Rosen et al., 2011).
Fuel gases were supplied to the anode using a Bronkhorst Flow-SMS digital mass flow controller system, which enabled the delivery of gaseous mixtures containing CH4 (Air Liquide, 99.5%)), Air (Air Liquide, 99.99%), H2 (Air Liquide, 99.999%), CO2 (Air Liquide, 99.99%) and He (Air Liquide, 99.999%).
Fuel gases will burn in their normal state if enough air is present.Most of the 79% of air (that is not oxygen) is nitrogen, with traces of other elements.
Fuel, High Pressure and Oxidizing GasesThe following information applies to the use and handling of fuel, high pressure and oxidizing gases:• Fuel gases often use a combination of flammable and oxidizing gases.
Allotropic forms of Carbon, Oxides of Carbon, Uniqueness of Carbon and Source of Carbon Compounds, Anomalous behavior of first element namely Carbon, Carbon-catenation, allotropic forms, physical and chemical properties and uses, Fuel gases – producer gas and water gas manufacture and uses.
The following is a list of the types of gaseous fuel [1]: Fuels found in nature:- Natural gas- Methane from coal mines (Waste Coal Mine Gas). Fuel gases made from solid fuel:- Gases derived from coal- Gases derived from waste and biomass- From other industrial processes (blast furnace gas). Gases made from petroleum:- Liquefied Petroleum gas (LPG)- Refinery gases- Gases from oil gasification. Gases from a fermentation process.
Fuel gases were supplied to the anode using a Bronkhorst Flow-SMS digital mass flow controller system, which enabled the delivery of gaseous mixtures containing H2 (Air Liquide, 99.999%), CO2 (Air Liquide, 99.99%) and He (Air Liquide, 99.999%).