Біфункціональний каталізатор одержання диметилового ефіру із синтез-газу. Оптимальний хімічний склад

Abstract

Comparative investigations of experimental copper-zink-aluminium samples of bifunctional catalyst of dimethyl ether synthesis which differ by chemical composition of methanol forming component. It is shown that the increase of aluminium content of methanol forming part of catalyst results in the rise of degree of carbon oxide conversion into dimethyl ether and in structure stabilization of the catalyst.