A variety of methods are employed for production of alpha-olefins. One class of methods starts with ethylene which is either
dimerized or oligomerized. These conversions are respectively effected by the
alphabutol process, giving 1-butene, and the
Shell higher olefin process which gives a range of alpha-olefins. The former is based on
titanium-based catalysts, and the latter relies on nickel-based
catalysts. A whole other approach to alpha-olefins, especially long chain derivatives, involves cracking of
waxes: : In the
PACOL process (paraffin conversion to olefins), linear alkanes are dehydrogenated over a platinum-based catalyst. ==Applications==