Abstract:
A PROCESS FOR PREPARING TERTIARY AMINE ALANES BY DIRECT SYNTHESIS FROM HYDROGEN, AN ALUMINUM SOURCE, AND A TERTIARY MONO AMINE IN THE PRESENCE OF A REACTION PROMOTER.
Abstract:
A method of manufacturing alkylaluminum compounds from ternary or quaternary alloys, comprising as principal elements aluminum, silicon and titanium, and aluminum, silicon, titanium and iron, respectively, wherein said alloys are reacted with hydrogen and an aluminum alkyl. An olefin and/or a catalyst may also be added in the reaction.
Abstract:
It is disclosed that aluminum alkoxides are hydrolyzed to produce alcohols and a selected water-soluble aluminum salt by performing the hydrolysis in an aqueous sulfurous acid system. The alcohols are readily separated from the aluminum salt solution following which the selected soluble aluminum salt is readily converted to an insoluble aluminum salt to facilitate its separation from water. The SO2 thus recovered is advantageously recycled for the hydrolysis of additional quantities of aluminum alkoxide.
Abstract:
It is disclosed that glycolic acid is readily produced in high yield by hydrolyzing glycolonitrile with an acid having a pKa of from about 1.5 to about 2.5, typically H3PO3 or H2SO3, at a temperature of from about 75 to about 175*C. Typically, the glycolonitrile is produced by reacting HCN and formaldehyde.
Abstract translation:公开了通过在约75至约175℃的温度下,通过用pKa为约1.5至约2.5的酸,通常为H 3 PO 3或H 2 SO 3水解乙醇腈,容易地以高收率产生乙醇酸。通常, 乙醇腈是通过使HCN和甲醛反应生成的。
Abstract:
Hydrocarbyl aluminum compounds are separated from olefins readily by the use of 2:1 complexes of aluminum alkyls and various complexing agents such as sodium fluoride and sodium cyanide. An important aspect is that the process does not require pyrolysis cleavage of the complexes. An overall olefins process is disclosed wherein the aluminum hydrocarbyl compounds removed from the olefins are recovered and recycled.
Abstract:
A process is disclosed for preparing dibromomethane from the reaction of, in the presence of an inert solvent, alkali metal bromide and dihalomethane.