Abstract
AbstractThe use of laterite as a hydrotreating catalyst has been recently initiated. For this purpose, a careful characterization of the laterite was necessary. Chemical analysis and several physico‐chemical techniques, e. g. XRD, TGA/DTA, IR, show that the laterite studied here consists of aluminous goethite. hematite, gibbsite and titanium oxide. It has also shown a substitution of 22–24% mole of AlOOH in the goethite lattice.
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