An App for Calculation of Motor Octane Number (MON) of Liquefied Petroleum (LP) Gases from Compositional Analysis based on D2598

-

The App is based on ASTM D2598 standard.


This Apps covers, by compositional analysis, the approximate determination of Motor Octane Number (MON) of commercial propane, special-duty propane, commercial propane/butane mixtures, and commercial butane as per ASTM D2598 - Standard Practice for Calculation of Certain Physical Properties of Liquefied petroleum (LP) Gases from Compositional Analysis.

Similar Apps on Petroleum Calculations developed by RJ Patel- see here.

The composition of sample of LPG is obtained by using test method D2163 or other acceptable method. From the analysis (expressed in liquid volume percent) the Relative Density at 15.6C (60F) of the sample may be determined. 

 Steps : 
a) Enter the Volume % of individual components of Gas.  Ensure total % of all the gases is 100.
b) Read below in last cell - Motor Octane Number (MON) of the sample.

LPG MON APP Mobile

Conversion of a compositional analysis from mole, gas volume or weight basis to liquid volume can be obtained by using ASTM D2421 or other suitable method.

The motor Octane Number (MON) is useful in determining the products' suitability as a fuel for internal combustion engines and is part of Auto fuel specifications.
LPG MON App as seen in Laptop/PC

Report the Motor Octane Number (MON)  value calculated after rounding to the nearest full integer. 

 Other Apps based on ASTM D2598 given below:
An Apps for Calculation of Vapor pressure of Liquefied Petroleum (LP) Gases from Compositional Analysis based on ASTM D2598.

An Apps for Calculation of Relative Density of Liquefied Petroleum (LP) Gases from Compositional Analysis based on ASTM D2598.



 You can obtain this app by writing to rjpatelioc2014@gmail.com.

Author's Profile clik here.                          
List of all blog articles on Petroleum QC  by RJ Patel.
 rjpatelioc2014@gmail.com

Follow me on twitter @RJPatel13 to get notification when my new post is available in my blog.

Keywords – propane, butane,  physical properties, liquified petroleum gases,  LPG, vapor pressure.

Comments

Post a Comment

Popular posts from this blog

- Excel Formula-Density Conversion to 15 deg C, table ASTM 53 B - 1980,

-
Image
- Excel Formula-Density Conversion to 15 deg C,  table ASTM 53 B - 1980,    Excel sheet giving the Density 15 deg C figures from given observed Density and observed temperature for petroleum product as derived from ASTM tables 53 B. Density conversion to 15 deg C matches exactly with the ASTM conversion tables 1980. Lists of Android/iOs Apps developed on Petroleum Calculation - see here.      (These apps convert Density/API gravity exactly as per ASTM tables 5a, 5b, 6a, 6b, 23a,23b, 24a,24b, 53a,53b, 54a,54b to standard temperature 15 C,  20 C and 60 F.)   Example:  Observed density is 792 kg/Cu. M and observed temperature is 29 deg C. Corresponding 15 deg C for this set of data comes 802.2  kg/Cu. M Excel Worksheet - green color cells  observed density and observed sample temperature are variables and Red color digits are the answer - density at 15 deg C.  Apps developed on Petroleum Calculations - see here. ...
Read more

- Temperature around 15 deg C, - Density Conversion for Petroleum Products from observed temperature to 15 C without use of ASTM Table (1980 series)

-
- Temperature around 15 deg C,    - Density Conversion for Petroleum Products from observed temperature to 15 C without use of  ASTM Table List of all blog articles on Petroleum QC  by RJ Patel. Lists of Android/iOs Apps developed on Petroleum Calculation - see here.      (These apps convert exactly as per ASTM tables 5a, 5b, 6a, 6b, 23a,23b, 24a,24b, 53a,53b, 54a,54b to standard temperature 15 C,  20 C and 60 F.) One follower from Kiev, Ukraine  has requested the formula for the subject conversion. The post gives a simple way to convert Density of petroleum products from ambient temperature  ( say 15 +/-7  deg C  )  to density at 15 Deg C, in line with ASTM table 53B,  without using these table and in the field with simple calculation. See my earlier post dated 18 Dec 2016, for detail description of the procedure explained there. For areas in Norther Europe,  Canada,  Russia,...
Read more

Density conversion to any temperature say 20 C, 15 C or any desired temperature from any observed temp

-
Image
Density conversion to any temperature say 20 C, 15 C or any desired temperature from any observed temp Some of the countries like Russian block follow standard temperature 20 deg C as compared to Commonwealth countries which have standard temperature 15 deg C.  The calculator developed for conversion of Density from observed temperature to 20C or 15C or any desired temperature is thus very handy.   It may be noted that the calculator is for finished petroleum products and uses ASTM tables 1952 version for this conversion. For Excel Worksheet you may contact by email to  rjpatelioc2014@gmail.com and specify your clear requirement as per the title of this post. Follow me on twitter @RJPatel13 to get notification when my new post is available in my blog. Author's Profile List of all blog articles on Petroleum QC  by RJ Patel.
Read more

Android/iOS apps for Petroleum Calculation

-
List of Android/iOS apps on Petroleum Calculation  App for Jet A-1 Density Conversion to 15 deg C as per ASTM 53B  App for Aviation products Density Conversion to 20 deg C as per ASTM 53B     App for Petroleum Products Density Conversion to 15 Deg C as per ASTM 53B  App for Gasoline - Diesel for Density Conversion to 20 Deg C as per ASTM 53B     App for Crude Oil Density Conversion as per ASTM 53A and Volume correction as per ASTM 54A  Crude Oil  API Gravity Conversion  to 60 deg F and Volume Calculation App as per  Petroleum tables ASTM 5A and 6A Petroleum Products API Gravity Conversion  to 60 deg F and Volume Calculation App as per  Petroleum tables ASTM 5B and 6B.   LPG density Conversion from observed temperature to 15 C and also to 20 C.   An App for Calculation of Vapor pressure of Liquefied Petroleum (LP) Gases from Compositional Analysis based on ASTM D2598.    An ...
Read more