No, butamirate Citrate is not included in BP/USP.
TNK-BP was created in 2003.
No - Valero is a group of refineries that process crude to refined products. BP is an oil company that also owns refineries and distributes products.
BP - British Petroleum
Royal Dutch Shell is for 2009, followed by Exxon Mobil and then BP
The relevant Standards are API Specification 10A/ISO 10426-1 Specification for Cements and Materials for Well Cementing. API Classes have letter designations. Historically these have included A, B, C, D, E, F, G, H, J (there was never an "I" because that might be confused with ASTM Type I) Class J was dropped a number of years ago and E and F will be dropped in the next API/ISO document revision. G and H the more commonly used today. There are good books on the topic. The best is probably Nelson and Guillot, Well Cementing 2nd edition. Since I am not sure of the motivation for the question, I may not have met the questioner's needs. Please contact me if you need more information Craig Gardner Team Leader - Chevron Cementing craig.gardner@chevron.com
I've included two websites with considerable details about the spill.
I've included the three best links for the most current information.
yes you can use either trisodium citrate or sodium citrate
Citrate is the salt, an ester of citric acid, and the polyatomic anion that is found in solution. The ester can be triethyl citrate and the salt can be a trisodium citrate.
Citrate Permease is an enzyme that is responsible for transporting citrate inside the cell. Some bacteria have this enzyme while others do not. You can test for the presence of citrate permease by performing a Simmon's Citrate biochemical test.
yes it is
Sodium citrate
sodium citrate bond
Potassium citrate is an alkaline salt.
Ammonium citrate formula is: C6H14N2O7.
Citrate, a Krebs cycle (i.e., TCA cycle or citric acid cycle) intermediate, is generated by many bacteria; however, utilization of exogenous citrate requires the presence of citrate transport proteins (permeases). Upon uptake by the cell, citrate is cleaved by citrate lyase to oxaloacetate and acetate. The oxaloacetate is then metabolized to pyruvate and CO2.
Sodium citrate is considered an organic compound.