Abstract:
Process for simultaneous preparation of 1,2-dichloroethane and 1,1,2,2-tetrachloroethane by oxychlorination of ethylene and dichloroethylenes with a fluid bed catalyst.
Abstract:
Process for preparation of trichloroethylene and dichloroethylenes by oxychlorination with a fluid bed catalyst of C2 chlorinated ethylenic derivatives such as vinylidene chloride, dichloroethylenes and possibly vinyl chloride.
Abstract:
A process for obtaining chlorinated ethylene derivatives wherein three reactants comprising (a) chlorine and ethane, (b) chlorinated ethane derivatives and (c) ethylene and chlorinated compounds thereof are introduced into a thermal zone maintained between 400* and 650*C; the effluent from the thermal zone is formed into two fractions, one comprising the product of the process and the other comprising hydrochloric acid, ethylene and chlorinated ethylene derivatives. The latter fraction is introduced into a oxychlorination zone along with oxygen for reaction between 200* and 400*C. A mixture comprising chlorinated ethane derivatives in its organic phase is collected at the outlet of this zone and then introduced into the thermal zone.
Abstract:
A PROCESS FOR THE PRODUCTION OF TRICHLOROPROPANES BY REACTION OF PROPENE, HYDROGEN CHLORIDE AND OXYGEN IN A MOLAR RATIO OF PROPENE/O2/HCL OF 1/0.65 TO 1.40/2.0 TO 6.5 AT A TEMPERATURE WITHIN THE THE RANGE OF 170* TO 370* C. IN THE PRESENCE OF A FIXED BAD CATALYTIC MASS HAVING A COMPOUND OF COPPER AS THE PRINCIPAL ACTIVE AGENT DEPOSITED ON A CATALYST SUPPORT HAVING A SPECIFIC SURFACE WITHIN THE RANGE OF 1 TO 300 M.2/G. AND IN WHICH THE MAXIMUM TEMPERATURE REACHED IN THE INTERIOR OF THE CATALYTIC MASS IS 30* TO 200* ABOVE THE WALL TEMPERATURE OF THE REACTOR AND IN WHICH THE MATERIALS ARE REACTED AT A FLOW RATE OF 1 TO 100 MOLES OF PROPENE PER LITER OF CATALYTIC PER HOUR.