What ASTM test methods are supported in OpenLab CDS?
OpenLab CDS is the perfect solution for satisfying the method and reporting requirements specified in ASTM standards. With its built-in capabilities and powerful customization options, you can be confident that your data is not only accurate, but also meets industry standards. This includes:
Built-in capabilities: OpenLab CDS simplifies the generation of reports by offering built-in calculations and reporting templates. These features enable users to create reports that adhere to ASTM standards.
Custom capabilities: For tailored reports that align to your specific needs, OpenLab reporting and custom calculator tools provide powerful customization options. These tools enable you to tailor your analyses, ensuring that they meet ASTM reporting requirements. Additionally, an add-in software package is available that leverages both reporting and custom calculator to provide a pre-built solution for analyzing and reporting RGA and NGA results, enhancing convenience even further.
Extended capabilities: OpenLab CDS goes beyond its functionality by integrating with third-party software. The integration allows you to automatically export data for more advanced analysis such as simulated distillation. The flexible data file export capabilities of OpenLab CDS streamline your workflow, offering time-saving benefits.
This is a list of supported ASTM methods in OpenLab CDS version 2.7 and above. For additional details, contact your local Agilent representative.
| D5769 (Determination of benzene, toluene and aromatics in gasoline) |
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| D6729 - DHA* (DHA of Spark Ignition Engine Fuels) |
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| D6730 - DHA* (DHA of Spark Ignition Engine Fuels) | |||
| D6733 - DHA* (DHA of Spark Ignition Engine Fuels) |
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| D5134-98 DHA* (Analysis of naphthas through n-nonane) | |||
| D6584 - Analyzer (Determination of total monoglycerides, diglycerides, triglycerides and free and total glycerin in B-100 biodiesel methyl esters) |
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| D1945-03 - Analyzer (Analysis of natural gas) | |||
| D1946 (Reformed Gas) |
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| D2163 (Liquefied petroleum gases and propene) | |||
| D2427 (Determination of C2 through C5 HC in gasoline) |
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| D2504 (Noncondensable gases in C2 and lighter HCs) | |||
| D2505 (Ethylene, other HC, carbon dioxide in high purity ethylene) |
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| D5480 (Engine oil volatility by GC) | |||
| D5501 - Analyzer (Ethanol content of denatured fuel ethanol) |
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| D6159 - Oxygenates (Hydrocarbon impurities in ethylene) | |||
| D7423 - Analyzer (Determination of oxygenates in C2, C3, C4 and C5 HC matrices) |
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| D5504 - Analyzer (Determination of sulfur compounds in natural gas and gaseous fuels with SCD) | |||
| D5008 (Ethyl methyl pentanol content and purity in 2-ethylhexanol) |
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| D2887 – SimDis* (Boiling range distribution of petroleum) | |||
| D3710 - SimDis* (Boiling range distribution of gasoline and gasoline fractions) |
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| D5307 - SimDis* (Boiling range distribution of crude oil - simdis of crude oil through 538 C) | |||
| D5399* (Boiling point distribution of HC solvents) |
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| D6352 - Analyzer - SimDis* (Boiling range distribution of petroleum distillates 174-700 C) | |||
| D7213 - Analyzers - SimDis* (Boiling range distribution of petroleum distillates 174-615 C) |
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| D2887 - SimDis* (Boiling range distribution of petroleum) | |||
| D2426 (Butadiene dimer and styrene in butadiene) |
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| D2593 (Butadiene purity and HC impurities) | |||
| D2597 (Analysis of demethanozed HC containing nitrogen and carbon dioxide) |
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| D2712 (Hydrocarbon traces in propylene concentrates) | |||
| D2804 (Purity of methyl ethyl ketone) |
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| D4367 (Benzene in hydrocarbon solvents) | |||
| D3329 (Purity of methyl isobutyl ketone) |
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| D3524 (Diesel fuel diluent used in diesel engine oil) | |||
| D3525 (Gasoline diluent used in gasoline engine oil) |
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| D4424 (Butylene analysis) | |||
| D4815 - Oxygenates - Analyzer (MTBE, ETBE, TAME, DIPE, tert-amyl alcohol, C1-C4 alcohols in gasoline) |
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| D4864 (Traces of methanol in propylene) | |||
| D5274 (1.3-butadiene analysis) |
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| D5580 - Analyzer (Aromatics in gasoline) | |||
| D7754 - Analyzer (Determination of trace oxygenates in automotive spark-ignition engines) |
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| D3606 (Analysis of benzene and toluene in gasoline) | |||
| D3612 - Analyzer (Analysis of gases dissolved in electrical insulating oil) |
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| D6228 - Analyzer (Determination of sulfur compounds in natural gas and gaseous fuels with FPD) | |||
| D3257 (Aromatics in mineral spirits) |
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| D4735 - Sulfur (Trace thiophene in refined benzene) | |||
| D3606 (Analysis of benzene and toluene in gasoline) |
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| D7504 (Standard Test Method for Trace Impurities in Monocyclic Aromatic Hydrocarbons by Gas Chromatography and Effective Carbon Number) | |||
| D2360-11 (Impurities in monocyclic hydrocarbons) |
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| D3760-12 (Analysis of isopropylbenzene) | |||
| D3797-05 (Analysis of o-Xylene) |
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| D3798 (Analysis of p-Xylene) | |||
| D4492-10 (Analysis of benzene) |
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| D5060-12 (Analysis of high purity ethylbenzene) | |||
| D3054 (Impurities in cyclohexane) |
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| D4415 (Determination of dimer in acrylic acid) | |||
| D5135-07 (Analysis of styrene) |
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| D5310-10e1 (Analysis of tar acid composition) | |||
| D5441-93 (Analysis of MTBE) |
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| D5442-93 (Analysis of petroleum waxes) | |||
| D5599-95 (Determination of oxygenates in gasoline) |
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| D5623 - Analyzer (Determination of sulfur compounds in gasoline) | |||
| D5713-09 (Analysis of high purity benzene for cyclohexane feedstock) |
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| D5917-12 (Trace impurities in monocyclic aromatic hydrocarbons external calibration) | |||
| D6144-12 (Analysis of alpha methylstyrene) |
Note: An asterisk (*) indicates the usage of OpenLab CDS in conjunction with third-party software to achieve optimal results.