top of page

Group

Public·11 members
Seraphim Yefimov
Seraphim Yefimov

Petroleum Measurement Tables (ASTM D 1250).pdf: The Official Standard for Petroleum Density and Volume Correction Factors



Petroleum Measurement Tables (ASTM D 1250).pdf: A Comprehensive Guide for Calculating Quantities of Crude and Refined Products




If you are involved in the petroleum industry, you probably know how important it is to measure the quantities of crude and refined products accurately and consistently. Whether you are a producer, transporter, refiner, marketer, or consumer of petroleum fluids, you need to know how much volume and mass you are dealing with at any given time and condition.




Petroleum Measurement Tables (ASTM D 1250).pdf



However, measuring petroleum fluids is not as simple as it may seem. Petroleum fluids are complex mixtures of hydrocarbons that change their physical properties depending on temperature and pressure. These changes affect the density and volume of the fluids, which in turn affect their mass and energy content. Therefore, you need to apply correction factors to account for these changes and convert the measured quantities to standard reference conditions.


That's where the Petroleum Measurement Tables (ASTM D 1250).pdf come in handy. These tables are a set of standardized procedures and data that provide the correction factors for calculating the quantities of petroleum fluids at reference conditions in any of three widely used systems of measurement: U.S. customary units, metric units with a base temperature of 15 C, and metric units with a base temperature of 20 C.


The Petroleum Measurement Tables (ASTM D 1250).pdf are based on the latest scientific research and data available in the petroleum industry. They are published by ASTM International, a global organization that develops and publishes voluntary consensus standards for various materials, products, systems, and services. They are also endorsed by other international organizations such as API (American Petroleum Institute) and IP (Institute of Petroleum).


How to Use the Petroleum Measurement Tables (ASTM D 1250).pdf?




The Petroleum Measurement Tables (ASTM D 1250).pdf are designed for use in the calculation of quantities of crude petroleum and petroleum products at reference conditions in any of three widely used systems of measurement. They are divided into several sections that cover different aspects of the calculation process, such as density, volume, mass, energy, etc.


To use the tables, you need to follow these general steps:


  • Determine the system of measurement you want to use: U.S. customary units, metric units with a base temperature of 15 C, or metric units with a base temperature of 20 C.



  • Determine the type of petroleum fluid you want to measure: crude oil, refined product, or lubricating oil.



  • Determine the measured quantity you want to convert: density, volume, mass, energy, etc.



  • Determine the measured condition you want to convert from: temperature and pressure.



  • Determine the reference condition you want to convert to: temperature and pressure.



  • Find the appropriate table or equation that provides the correction factor for your calculation.



  • Apply the correction factor to your measured quantity to obtain the quantity at reference condition.



For example, if you want to calculate the mass of a crude oil at 60 F and 14.7 psia (the standard U.S. reference condition) from its measured volume at 80 F and 100 psia, you need to follow these steps:


  • Select U.S. customary units as your system of measurement.



  • Select crude oil as your type of petroleum fluid.



  • Select volume as your measured quantity.



  • Select 80 F and 100 psia as your measured condition.



  • Select 60 F and 14.7 psia as your reference condition.



  • Find Table 6B in Section 11.1.6.2 that provides the volume correction factor (VCF) for crude oils from observed temperature and pressure to base temperature and pressure.



  • Interpolate or extrapolate from Table 6B to obtain the VCF for your measured condition: VCF = 0.9885.



  • Multiply your measured volume by the VCF to obtain the volume at reference condition: V60 = V80 VCF = 100 0.9885 = 98.85 bbl.



  • Find Table 54B in Section 11.1.6.2 that provides the density in air at base conditions from observed density in vacuum at base conditions for crude oils.



  • Interpolate or extrapolate from Table 54B to obtain the density in air at reference condition: ρ60 = 53.3 lb/ft3.



  • Multiply your volume at reference condition by the density in air at reference condition to obtain the mass at reference condition: m60 = V60 ρ60 = 98.85 53.3 = 5268 lb.



Therefore, the mass of crude oil at 60 F and 14.7 psia is 5268 lb.


Why Use the Petroleum Measurement Tables (ASTM D 1250).pdf?




The Petroleum Measurement Tables (ASTM D 1250).pdf are useful for anyone who needs to measure or calculate quantities of petroleum fluids accurately and consistently. Here are some of the benefits of using these tables:


  • They are based on sound scientific principles and data that reflect the current state of knowledge and technology in the petroleum industry.



  • They are standardized and accepted by various national and international organizations that regulate or operate in the petroleum industry.



  • They are comprehensive and cover a wide range of petroleum fluids, systems of measurement, quantities, conditions, etc.



  • They are easy to use and provide clear instructions and examples for different calculations.



  • They are compatible with modern computing devices and software that can perform calculations faster and more accurately than manual methods.



How to Get Access to Petroleum Measurement Tables (ASTM D 1250).pdf?




If you want to get access to Petroleum Measurement Tables (ASTM D 1250).pdf, you can visit ASTM International's website and purchase them online. You can also subscribe to ASTM Compass, a digital platform that provides access to ASTM standards, technical papers, journals, manuals, etc.


You can also contact ASTM International's customer service or sales representatives for more information or assistance regarding these tables or other ASTM products or services.


Conclusion




In conclusion,Petroleum Measurement Tables (ASTM D 1250).pdf are a valuable resource for anyone who needs to measure or calculate quantities of crude and refined products accurately and consistently. They provide standardized procedures and data that can help you perform various calculations in any of three widely used systems of measurement: U.S. customary units, metric units with a base temperature of 15 C, or metric units with a base temperature of 20 C.


If you are interested in getting access to Petroleum Measurement Tables (ASTM D 1250).pdf, you can visit ASTM International's website or contact their customer service or sales representatives for more information or assistance.


Petroleum Measurement Tables (ASTM D 1250).pdf: A Comprehensive Guide for Calculating Quantities of Crude and Refined Products




If you are involved in the petroleum industry, you probably know how important it is to measure the quantities of crude and refined products accurately and consistently. Whether you are a producer, transporter, refiner, marketer, or consumer of petroleum fluids, you need to know how much volume and mass you are dealing with at any given time and condition.


However, measuring petroleum fluids is not as simple as it may seem. Petroleum fluids are complex mixtures of hydrocarbons that change their physical properties depending on temperature and pressure. These changes affect the density and volume of the fluids, which in turn affect their mass and energy content. Therefore, you need to apply correction factors to account for these changes and convert the measured quantities to standard reference conditions.


That's where the Petroleum Measurement Tables (ASTM D 1250).pdf come in handy. These tables are a set of standardized procedures and data that provide the correction factors for calculating the quantities of petroleum fluids at reference conditions in any of three widely used systems of measurement: U.S. customary units, metric units with a base temperature of 15 C, and metric units with a base temperature of 20 C.


The Petroleum Measurement Tables (ASTM D 1250).pdf are based on the latest scientific research and data available in the petroleum industry. They are published by ASTM International, a global organization that develops and publishes voluntary consensus standards for various materials, products, systems, and services. They are also endorsed by other international organizations such as API (American Petroleum Institute) and IP (Institute of Petroleum).


How to Use the Petroleum Measurement Tables (ASTM D 1250).pdf?




The Petroleum Measurement Tables (ASTM D 1250).pdf are designed for use in the calculation of quantities of crude petroleum and petroleum products at reference conditions in any of three widely used systems of measurement. They are divided into several sections that cover different aspects of the calculation process, such as density, volume, mass, energy, etc.


To use the tables, you need to follow these general steps:


  • Determine the system of measurement you want to use: U.S. customary units, metric units with a base temperature of 15 C, or metric units with a base temperature of 20 C.



  • Determine the type of petroleum fluid you want to measure: crude oil, refined product, or lubricating oil.



  • Determine the measured quantity you want to convert: density, volume, mass, energy, etc.



  • Determine the measured condition you want to convert from: temperature and pressure.



  • Determine the reference condition you want to convert to: temperature and pressure.



  • Find the appropriate table or equation that provides the correction factor for your calculation.



  • Apply the correction factor to your measured quantity to obtain the quantity at reference condition.



For example, if you want to calculate the mass of a crude oil at 60 F and 14.7 psia (the standard U.S. reference condition) from its measured volume at 80 F and 100 psia, you need to follow these steps:


  • Select U.S. customary units as your system of measurement.



  • Select crude oil as your type of petroleum fluid.



  • Select volume as your measured quantity.



  • Select 80 F and 100 psia as your measured condition.



  • Select 60 F and 14.7 psia as your reference condition.



  • Find Table 6B in Section 11.1.6.2 that provides the volume correction factor (VCF) for crude oils from observed temperature and pressure to base temperature and pressure.



  • Interpolate or extrapolate from Table 6B to obtain the VCF for your measured condition: VCF = 0.9885.



  • Multiply your measured volume by the VCF to obtain the volume at reference condition: V60 = V80 VCF = 100 0.9885 = 98.85 bbl.



  • Find Table 54B in Section 11.1.6.2 that provides the density in air at base conditions from observed density in vacuum at base conditions for crude oils.



  • Interpolate or extrapolate from Table 54B to obtain the density in air at reference condition: ρ60 = 53.3 lb/ft3.



  • Multiply your volume at reference condition by the density in air at reference condition to obtain the mass at reference condition: m60 = V60 ρ60 = 98.85 53.3 = 5268 lb.



Therefore, the mass of crude oil at 60 F and 14.7 psia is 5268 lb.


Why Use the Petroleum Measurement Tables (ASTM D 1250).pdf?




The Petroleum Measurement Tables (ASTM D 1250).pdf are useful for anyone who needs to measure or calculate quantities of petroleum fluids accurately and consistently. Here are some of the benefits of using these tables:


  • They are based on sound scientific principles and data that reflect the current state of knowledge and technology in the petroleum industry.



  • They are standardized and accepted by various national and international organizations that regulate or operate in the petroleum industry.



  • They are comprehensive and cover a wide range of petroleum fluids, systems of measurement, quantities, conditions, etc.



  • They are easy to use and provide clear instructions and examples for different calculations.



  • They are compatible with modern computing devices and software that can perform calculations faster and more accurately than manual methods.



How to Get Access to Petroleum Measurement Tables (ASTM D 1250).pdf?




If you want to get access to Petroleum Measurement Tables (ASTM D 1250).pdf, you can visit ASTM International's website and purchase them online. You can also subscribe to ASTM Compass, a digital platform that provides access to ASTM standards, technical papers, journals, manuals, etc.


You can also contact ASTM International's customer service or sales representatives for more information or assistance regarding these tables or other ASTM products or services.


Conclusion




In conclusion,Petroleum Measurement Tables (ASTM D 1250).pdf are a valuable resource for anyone who needs to measure or calculate quantities of crude and refined products accurately and consistently. They provide standardized procedures and data that can help you perform various calculations in any of three widely used systems of measurement: U.S. customary units, metric units with a base temperature of 15 C, or metric units with a base temperature of 20 C.


If you are interested in getting access to Petroleum Measurement Tables (ASTM D 1250).pdf, you can visit ASTM International's website or contact their customer service or sales representatives for more information or assistance.


Conclusion




In conclusion,Petroleum Measurement Tables (ASTM D 1250).pdf are a valuable resource for anyone who needs to measure or calculate quantities of crude and refined products accurately and consistently. They provide standardized procedures and data that can help you perform various calculations in any of three widely used systems of measurement: U.S. customary units, metric units with a base temperature of 15 C, or metric units with a base temperature of 20 C.


If you are interested in getting access to Petroleum Measurement Tables (ASTM D 1250).pdf, you can visit ASTM International's website or contact their customer service or sales representatives for more information or assistance. ca3e7ad8fd


About

Welcome to the group! You can connect with other members, ge...

Members

Group Page: Groups_SingleGroup
bottom of page