The catalyst used in Zeigler process for polyethylene manufacture

Question

The catalyst used in Zeigler process for polyethylene manufacture (A) consists of aluminium triethyl and titanium tetrachloride (B) is vanadium pentoxide (C) consists of aluminium chloride and titanium dioxide (D) is finely divided nickel

Tardigrade Admin · Accepted Answer

In Ziegler process, ethylene is passed under a pressure of 6 atmospheres at a temperature of 60-70° C into a suspension of titanium tetrachloride ( TiCl 4) and aluminium triethyl [ Al ( C 2 H 5)3] in an inert solvent like heptane.

Q. The catalyst used in Zeigler process for polyethylene manufacture

consists of aluminium triethyl and titanium tetrachloride

is vanadium pentoxide

consists of aluminium chloride and titanium dioxide

is finely divided nickel

In Ziegler process, ethylene is passed under a pressure of $6$ atmospheres at a temperature of $60 - 7 0^{\circ} C$ into a suspension of titanium tetrachloride $(T i C l_{4})$ and aluminium triethyl $[A l (C_{2} H_{5})_{3}]$ in an inert solvent like heptane.

Q. The catalyst used in Zeigler process for polyethylene manufacture

consists of aluminium triethyl and titanium tetrachloride

is vanadium pentoxide

consists of aluminium chloride and titanium dioxide

is finely divided nickel

In Ziegler process, ethylene is passed under a pressure of 6 atmospheres at a temperature of 60−70∘C into a suspension of titanium tetrachloride (TiCl4​) and aluminium triethyl [Al(C2​H5​)3​] in an inert solvent like heptane.

In Ziegler process, ethylene is passed under a pressure of $6$ atmospheres at a temperature of $60 - 7 0^{\circ} C$ into a suspension of titanium tetrachloride $(T i C l_{4})$ and aluminium triethyl $[A l (C_{2} H_{5})_{3}]$ in an inert solvent like heptane.