Api To Density Converter

Bhoopen Kurani
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What is the difference between api and specific gravity?

Specific gravity is a ratio of the density of one substance to the density of another reference substance, which is usually water. API gravity itself is a specific-gravity measurement used by the oil industry to compare an oil's density to that of water.

How do you convert api to specific gravity?

To convert from specific gravity to API, pide 141.5 by the specific gravity, then subtract 131.5. The specific gravity that should be used is that from oil at sixty degrees Fahrenheit.

What is api density?

Density API. Density operates as a people counter platform. The Density API supports the counting, recording, and monitoring of people traffic in particular locations in public or private domains. This includes business premises, public facilities, schools, and security installations, among others.

What is degree api?

Degree API. Definition - What does Degree API mean? Degree API is the measure of the density of a petroleum liquid in relation to the density of water. It is the crude oil quality standard adopted worldwide by organizations that deal with crude oil.

45 rows · The American Petroleum Institute gravity, or API gravity, is a measure of how heavy or light a petroleum liquid is compared to water. if its API gravity is greater than 10, it is lighter and floats on water; if less than 10, it is heavier and sinks. API Gravity Definitions API Gravity to Specific Gravity and Density Chart:

The American Petroleum Institute established API gravity measure as a measure of the density of petroleum liquids relative to water. The greater the API gravity, the less dense the liquid. The scale of API gravity was adjusted so that most petroleum liquids fall between 10 and 70 degrees API gravity.

°API = Degrees API Gravity . SG = Specific Gravity (at 60 o F) Specific gravity can be calculated from API gravity: SG = 141.5 / (°API+131.5) (2) Note! Oil with the least specific gravity has the highest API gravity. SG - API Converter. SG - Specific Gravity °API. Density is a temperature depedent property.

How do you convert API gravity to density? Divide 141.5 by (131.5 + API gravity) to obtain the specific gravity of the oil. Continuing the example, divide 141.5 by 181.5 from the last step to get . 7796. Multiply the specific gravity of the oil by the density of water to obtain the density of the oil. Click to see complete answer.

°API = (141.5 / G) - 131.5. bbls/Te = 1 / (0.159*G) G = Specific Gravity (oil / water at 60°F) Density of water @ 60°F = 999.016 kg/m 3

The specific gravity of oil is the ratio between its density and the density of water. You can calculate specific gravity with this simple equation: Now we can bring this into the next equation and calculate a specific gravity conversion to API Gravity. 141.5 ÷ .743 – 131.5 = 58.94.

The American Petroleum Institute established API gravity as a measure of the density of petroleum liquids relative to water. The greater the API, the less dense the liquid. Our float switch product line lists the specific gravity (SG) which the device will be able to float. To convert API gravity to SG, use the following calculator.

API° = (141.5 / G) - 131.5. bbls / Te = (°API / 22.41) + 5.857. G = specific gravity (oil / water @ 60° F) Density of water @ 15°C = 0.9991026 g/mL. Click here for BOE conversions

The GRapi = Bq/210 x 2 (S Z/mole wt.) where: GRapi is gamma ray (in api units), 210 is the empirical proportionality factor from Bq to GRapi units, and Z = mean atomic number of the mineral. The problem here is of course that you need the average atomic mass of the mineral you are looking at. Another straightforward conversion that is used

API gravity is an inverse measure of a petroleum liquid's density relative to that of water. The heavier the oil, the lower the API value is and vice versa. Oil with API greater than 30 is termed light; between 22 and 30, medium; below 22, heavy; and below 10, extra heavy.

API ASTM D 1250-08. Online density calculation (for crude oils, refined products, lubricating oils). Chapter 11.1.7 Implementation procedures for metric units (15°C or ...

API Unit Converter. Length. Volume. Weight. Density. Temperature. Volume. From: Litres Cubic feet Cubic inches Cubic metres Imperial gallons US gallons US barrels. To: Litres Cubic feet Cubic inches Cubic metres Imperial gallons US gallons US barrels.

Metric Tons -> Barrels Change the API gravity first and then input a number in any blank and press the "Calculate" button.

API gravity is another expression of this measurement that uses the Density/Specific gravity for its conversion. The higher the api the less dense the sample is. For example at 60°F: an api of 10.0 is equal to 1.0000 g/cm3. While an api of 80.0 is equal to 0.6684 g/cm3. Temperature is very important in relation to api and density.

1) Usually, your API gravity reading will be at a temperature other than 60°F. To convert an API gravity reading to 60°F, we usually use ASTM Table 5B. The left and right margins of the table are annotated with the temperature. The upper margin lists the API gravity values. 2) When you have located the temperature value, follow the row across

api gravity & density calculators bulletin 100 (03-04) gammon technical products, inc. p.o.box 400 - 2300 hwy 34 manasquan, n.j. 08736 phone fax website store 732-223-4600 732-223-5778 www.gammontech.com www.gammontechstore.com gammon api gravity and density calculators api gravity calculator

How to convert 100 liters of crude oil, 35.6° api to kilograms. To convert a quantity of a substance or material expressed as a volume to mass we simply use the formula: mass = density × volume . We want to calculate the mass in kilograms from a volume in liters. We have the density table at the bottom of this web page that shows us the

API Gravity Calculator. The API gravity or American Petroleum Institute gravity is a term often used to measure how heavy or light a petroleum liquid is comparing to water. This application allows you to perform any of the following operations: + Calculating the API gravity from Liquid density or specific gravity or preloaded database of fluids.

To convert a quantity of a substance or material expressed as a volume to mass we simply use the formula: The density of crude oil, 48° api is 790 kg/m³ (see the densities table below). The volume we want to convert is 1 m³. Now, plugging these values in the formula above, we get: mass = density × volume = 790 × 1 = 790.

If you have the fuel oil density given in °API, use the API-to-gravity converter. See also similar correlations for lubricating oil , crude oil and jet fuel . Volume correction factors can be used to calculate the volume of a product at base temperature (15°C/59°F) if you know the density and volume at another temperature.

Pressure gradient seems difficult, but it is simply using the density of the fluid and converting units: The density of pure water is 1000 kg/m3. To convert to gradient: 1 kg = 2.2 pounds; 1 m = 39.37 inches; 1 m = 3.28 feet; 0.433 is the gradient for pure water (SG = 1) in Imperial units, remember it. NB: Specific Gravity is always relative to

We need to convert from API density to pounds per gallon. Crude oil can typically vary from 15 to 45 deg API although I have worked with oils as ...

Enter the density (API Gravity, Relative Density or Density) at standard temperature (60°F or 15°C) and the temperature (°F or °C) into the according input fields. After pressing the “Calculate” button the input parameters are rounded according to ASTM 1250 and the Volume Correction

API Gravity. Density is defined as mass per unit volume of a fluid. The density of crude oil and liquid hydrocarbons is usually reported in terms of specific gravity (SG) or relative density, defined as the density of the liquid material at 60°F (15.6°C) divided by the density of ...

The American Petroleum Institute gravity, or API gravity, is a measure of how heavy or light a petroleum liquid is compared to water: if its API gravity is greater than 10, it is lighter and floats on water; if less than 10, it is heavier and sinks.. API gravity is thus an inverse measure of a petroleum liquid's density relative to that of water (also known as specific gravity).

CONVERT API GRAVITY TO DENSITY: API 50...85 WHERE PAGE X-112 PAGE X-91 α60 = coefficient of thermal expansion PAGE X-135 ρt=relative density*999,012 DENSITY ρt at temperature t: PAGE X-151 PAGE X-184 ρ60=relative density60/60˚F*999,012 PAGE X-223 PAGE X-243 PAGE X-266 where ρ15 = density at the base temperature ∆t = t - 15

51 Density at 15 !C to API gravity at 60 !F and to relative density 60/60 !F XII 52 Barrels (US) at 60 !F to cubic metres at 15 !C and cubic metres at 15 !C to barrels (US) at 60 !F against density at 15 !C XII 53A Generalized crude oils - Correction of observed density to density at 15 !C VII

water density value in 2004 standard is 999.016 kg/m³ at 60°F, based on new laboratory work and using ITS-90 has been adopted for use in any conversion between density and relative density or API gravity.

How to convert 10 US gallons of crude oil, 35.6° api to pounds To convert a quantity of a substance or material expressed as a volume to mass we simply use the formula: mass = ...

a specific gravity of 33 API) = 6.6-8.0 bbl. of crude oil with 7.333 bbl. Taken as average 1.16 kl. of crude oil (average) = appr,1,125 cubic meters of natural gas MMSCF Million standard cubic feet CST Centi-Stroke A. American E. English VOLUME 1 American barrel 1 American gallon = 158.984 liters = 42 American (US) gallons

API MPMS Chapter 11.2.2M, Compressibility Factors for Light HydrocarbonsASTM-IP Petroleum Measurement Table 53 (ASTM 1250/IP 200) This calculation is valid for standard density in the range 350-637 kg/m3. This calculation is used to convert the observed density value to the density at standard conditions by applying a correction for the change

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8) Weight Correction Factor (WCF) = Density at 15°C in vacuum – 0.0011 (or the Density at 15°C in air) 9) Weight in Air (Metric Ton) = GSV x WCF(Density at 15°C in air) 10) Weight in Vaccum (Metric Ton) = GSV x Density at 15°C in vacuum. Working with API Gravity at 60°F: 1) Observed Ullage – apply corrections – get Corrected Ullage

Using the calculator below, enter the Temperature in degrees Fahrenheit ( °F ), and the Density in Degrees API. These two numbers will be computed with the coefficient of thermal expansion at 60°F (α₆₀) based on the selected commodity and return the CTL/VCF Value.

Natural Gamma Ray API Test Pit Calibration Procedures In order to provide a standard unit for gamma ray log measurements, the API has adopted the term "API Ganma Ray Unit". One API Gamma-Ray Unit is defined as 1/200 of the difference in log deflection between the zones of low and high radiation in the gamma-ray calibration pit.

API Gravity, Relative Density & Absolute Density Conversion Application provides implementation procedures for conversion of API gravity at 60 F to equivalent densities- Relative Density (also

Relative density, or specific gravity, is the ratio of the density of a substance to the density of a given reference material is calculated using relative_density = Density / Water Density.To calculate Relative Density, you need Density (ρ) & Water Density (ρ Water).With our tool, you need to enter the respective value for Density & Water Density and hit the calculate button.

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