Hydrocarbon Gas Mixture
Our Product List Contains 115 Compositions of Hydrocarbon Gas Mixtures.
Few Examples Listed Below
Natural Gas Standard
The natural gas standards are intended to serve as the primary carbon and hydrogen stable isotope reference materials for methane, ethane, and propane, and will be used in research and technology development by industry, academia, and governmental agencies.
Ethane 8.4-8.96% + C3H8 5-6% + iso-Butane 0.9-1.3% + N-Butane 1-1.6% + N-Pentane 0.2-0.4% + N-Hexane 0.15-0.4% + CO2 1-2.3% + N2 0.2-0.5% + CH4 Balance | CGM09273610 |
CO2 1% + O2 0.25% + N2 1.25% CH4 85% + C2H6 5.50% + C3 3% + iC4 1% + nC4 1% + iC5 0.50% + nC5 0.50% + C6 1% | CGM11344710 |
BTU Gas Standard
BTU gas mixtures are specifically engineered for uses involving primary instrument calibration or for applications where metrological traceability is critical. for consistently accurate measurements. Substantiation for absolute confidence in your measurements. Values guarantee the accuracy of your mixture.
CH4 87.0-97.0% + C2H61.5-7.0%+CH8 0.1-1.5% + IC4H10 0.01-03% | CGM04313610 |
LPG Mix Reference
LPG is composed mainly of propane and butane, while natural gas is composed of the lighter methane and ethane. LPG/air mixing ratios average 60/40, though this is widely variable based on the gases making up the LPG.
Methane 0.5% + Ethane 0.5% + Ethylene 0.5% + Propane 30% + Propylene 4% + Propadience 0.5% + n-butane 15% + 1-butene 5% + cis-2-butene 0.5% + trans-2-butene 0.75% + 1,2-butadience 1.5% + 1,3-butadience 1% + isobutylene 4% + n-pentane 1.25% + iso-pentane 2% + iso-Butane Balance | CGM16363110 |
Transformer Oil Dissolved Gas Standard (DGA)
Gases, formed by normal and abnormal events within the transformer, are dissolved in the oil. By analyzing the volume, types, proportions, and rate of production of dissolved gases, much diagnostic information can be gathered. Since these gases can reveal the faults of a transformer.
CH4 100-1000ppm + C2H6 100-1000ppm + C2H4 100-1000ppm + C2H2 5000ppm + CO 5000ppm + CO2 50-5000ppm+ N2 4000-20% + Argon Balance | CGM08360410 |
RGA Standard
Refinery gas refers to the lightest hydro carbon stream produced from refinery process units. It is typically made of methane and ethane, cut can also have some propane, butane, and hydrogen in it. Refinery gas is typically consumed in the refinery as fuel. Rarely would are finery sell refinery gas as a finished product.
Methane 1.5% + Ethane 2.5% + Ethylene 2.5% + Propane 2.5% + Propylene 5% + Iso-butane 3% + n-butane 3% + 1-butene 3% + trans-2-butene 3% + H2 2% + CO2 1% + CO 1% + Iso-pentane 2% + n–pentane 2% + N2 60% | CGM15114710 |
H2 13% + CO2 3% + O2 1% + N2 36% + CO 1% + CH4 5% + C2H6 4% + C2H4 2% +C2H2 1% + C3 6% + C3H8 3% + C3H6 1% + iC4 5% + nC4 4% + 1-C4H8 2% + iC4H8 1% + t-2C4H8 3% + c-2C4H8 2% + 1,3-C4H6 3% + iC5 1% + nC5 2% + C5=C6 1% | CGM22344710 |
Petrochemicals Reference Gas Mixture
Petrochemical Gas Mixture (also known as petroleum distillates) are the chemical products obtained from petroleum by refining. Oil refineries produce olefins and aromatics by fluid catalytic cracking of petroleum fractions. Chemical plants produce olefins by steam cracking of natural gas liquids like ethane and propane.
Propane 0.5% + Propylene 12.5% + Ethane 7% + Ethylene 32% + Methane 32% + H2 16% | CGM06592310 |
Propylene 95% + Propane 5% + Ethane 500ppm + Methyl Acetylene 25ppm + Propadiene 25ppm + Butane 500ppm + 1,3-Butadiene 50ppm + iso-Butane 50ppm + Acetylene 50ppm + isobutylene 100ppm + Pentane 50ppm | CGM11556010 |
Ethane 0.15% + Propane 2.15% + Propylene 0.7% + iso-Butane 22% + N-Butane 18% + 1-Butane 8.4% + L-Butylene 10.6% + T-2 Butene 9.6% + C-2- Butane 7.5% + 1,3-Butadience 0.5% + iso Pentane 1% + Hexane 0.05% | CGM12273110 |
Ethylene 25% + 1-Butene 10% + Ethane 10% + Propylene 8% + Propane Balance | CGM05095910 |
Ethyl Acetylene 10ppm + Vinyl acetylene 10ppm + Methyl acetylene 10ppm + 1,2 Butadience 10ppm + N2 Balance | CGM05824710 |
Liquid Mixture
In many process liquid hydrocarbon particularly low vapor pressures are required. Mixtures can be made in liquid form gravimetrically and pressurized with an inert gas usually Helium or nitrogen to decant the mixture in liquid form
Benzene 55% +1-butene 23% + 1, 3 Butadiene 22% | CLM03070510 |
1, 3-Butadiene 0.8% + cis-2-Bane 10% + trans-2-butane 10% + trans-1-butane 30% + iso-butylene Balance | CLM05073210 |
Benzene 54.5% + 1-Butene 15% + cis-2-butene 7% + T-2-Butene 0.5 + 1,3 Butadiene 23% | CLM05650510 |
