FIELD: catalytic processes. SUBSTANCE: invention, in particular, relates to converting synthesis gas into higher hydrocarbon fuels. Method involves introducing gaseous reagents through gas-permeable plate into suspension containing reagents, product, and catalyst. Liquid product is separated from catalyst by the aid of filter element in which a small pressure differential is established. Suspension is maintained in continuously agitated state using introduction of gaseous components in the form of bubble jet. Fluctuation in pressure differential through filter element prevents this element from clogging. Gas spaces over the product inside filter element are interconnected. EFFECT: enhanced process efficiency. 10 cl, 7 dwg
