The decomposition of disulfide oil involves the oxidization of mercaptans into disulfides. The disulfides then separate from the extract as an oily layer.
No
Disulfide oil is composed of two hdrocarbon molecules tied together by two sulfur atoms. The general formula is RSSRWhere R is any hydrocarbon, and includes the appropriate number of hydrogens to complete the hydrocarbon.
Thermal decomposition
A disulfide bridge involves covalent bonds
CS2 stands for carbon disulfide; the 2 is written as a subscript and stands for a chemical compound which contains a carbon atom and two sulfur atoms.
No
Mixing disulfide oil with fuel oil without further sulfur treating is potentially undesireable as combustion leads to the production of sulfur-containing pollutants. Disulfide oils are generally produced as byproducts of gas sweetening--a process where sulfur is removed from liquid petroleum gas (LPG). Separating disulfide oil into hydrocarbons (oil) and sulfur (disulfide) requires hydrotreating. After hydrotreating, the hydrocarbons can be blended with other fuel oils.
Disulfide oil is composed of two hdrocarbon molecules tied together by two sulfur atoms. The general formula is RSSRWhere R is any hydrocarbon, and includes the appropriate number of hydrogens to complete the hydrocarbon.
Thermal decomposition
Carbon disulfide is CS2
carbon disulfide
A disulfide bridge involves covalent bonds
CS2 stands for carbon disulfide; the 2 is written as a subscript and stands for a chemical compound which contains a carbon atom and two sulfur atoms.
It is a disulfide bond.
Carbon disulfide does not contain hydrogen (dissociable or otherwise), and therefore does not have a pH.
No. Oil is the final stage of decomposition.
Dioxide