Petroleum Products QC

This App covers the kinematic Viscosity in cSt units, blending of petroleum products. Range of viscosity here is for diesel fuels however, it can cover larger range. Readers may like to try and comment. As most of readers aware, viscosity is not additive property like say density or Sulphur content in petroleum products. The principle is based on viscosity index as explained in my article published earlier. App for blending petroleum products for  density, Sulphur Content, Benzene Content, etc (Additive properties)  may be accessed here. Similar Apps on Petroleum Calculations developed by RJ Patel- see here. Kin. Viscosity blend Calculator 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:

A good quantity of petroleum products is handled in bbls and small containers. The product quantity is required to be accounted in these containers at 29.5 deg C.  So the exercise demand to convert volume from observed temperature to volume at 29.5 deg C. The practical situation require for example if the density observed is say 832.5 Kg/Cu. M at 24 C, what is the converted density at 29.5 C? Usual practice is first convert density to 15 C and then work out density conversion to 29.5 C using ASTM tables 53B. This require a special skill and there is always probability of error in conversion.  The answer is provided in a single step, in the app developed here. Similar Apps on Petroleum Calculations developed by RJ Patel- see here. Earlier,  various Density conversion Apps and procedures are blogged for petroleum products and crude Oil.  Here now, an app is presented for density conversion from observed temperature to the required temperature of 29.5 C. The conversion uses r

A practical situation like designing of pipeline, pumps etc in oil industry require the density of petroleum products at the likely temperature  at which the products will flow. Thus the exercise is when the density is taken at observed temperature say 19 deg C and the what will be the converted density at say 27 deg C? The answer is provided in a single step, in the app developed here. Similar Apps on Petroleum Calculations developed by RJ Patel- see here.   Earlier,  various Density conversion Apps and procedures are blogged for petroleum products and crude Oil.  Here now, an app is presented for density conversion from observed temperature to any desired temperature say 15 C or 20 C or 27 C or  any temperature T. The conversion uses relationships from ASTM 53b tables for petroleum products.  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

This App for calculated Cetane Index by Four Variable Equation  provides a means for estimating the ASTM cetane number  (Test Method D613) of distillate fuels from density and  distillation recovery temperature measurements. The value  computed from the equation is termed the Calculated Cetane  Index by Four Variable Equation. Similar Apps on Petroleum Calculations developed by RJ Patel- see here. Procedure B   is to be used for Specification ASTM D975, Grade No. 2–D S500. For Procedure A please click here. CCI as per ASTM D4737 Procedure B Centigrade BP The Calculated Cetane Index by Four Variable Equation  is not an optional method for expressing ASTM cetane number.  It is a supplementary tool for estimating cetane number when  a result by Test Method D613 is not available and if cetane  improver is not used. As a supplementary tool, the Calculated  Cetane Index by Four Variable equation must be used with due  regard for its limitations as detailed in standard tes

This App for calculated Cetane Index by Four Variable Equation  provides a means for estimating the ASTM cetane number  (Test Method D613) of distillate fuels from density and  distillation recovery temperature measurements. The value  computed from the equation is termed the Calculated Cetane  Index by Four Variable Equation. Similar Apps on Petroleum Calculations developed by RJ Patel- see here. Procedure A is to be used for Specification D975,  Grades No. 1–D S15, No. 1–D S500, No. 1–D S5000, No. 2–D  S15, No. 2–D S5000, and No. 4–D. CCI - Procedure A - D4737  MBP in C The Calculated Cetane Index by Four Variable Equation  is not an optional method for expressing ASTM cetane number.  It is a supplementary tool for estimating cetane number when  a result by Test Method D613 is not available and if cetane  improver is not used. As a supplementary tool, the Calculated  Cetane Index by Four Variable equation must be used with due  regard for its limitations as detailed i

This App is based on ASTM D976, covers the Calculated Cetane Index which directly estimates the ASTM Cetane Number of distillate fuels from API Gravity and mid boiling point. Second part of the App which has density at 15 C, (gm/mL) and mid boiling point in deg C. Similar Apps on Petroleum Calculations developed by RJ Patel- see here. CCI API Gravity & Mid Boiling Point F CCI Density 15C and Mid Boiling Point C The Calculated Cetane Index is not an optional method for expressing ASTM cetane number. It is a supplementary tool to estimate cetane number when used with due regard for its limitations. The Calculated Cetane Index formula is particularly applicable to straight-run fuels, catalytically cracked stocks, and blends of the two. Test Method D4737 is the preferred method as estimator of cetane number and a separate App has been created based on this four variable CCI method. The Calculated Cetane Index is one tool available for estimating ASTM c