Experimental study of organically modified catalysts in the process of refining gasoline fraction

At present the development and improvement of processes deep oil refining requires a new approach to solving the current economicand environmental problems associated with large energy costs and environmental pollution. And recent advances in the chemistry of salt melts, usually formed by organic cations, which are known as ionic liquids can partially solve the problems indicated. The basis of this work inspired the creation of new catalysts for refining toproduce high-octane hydrocarbon fractions. The proposed method allows to achieve a significant increase in the octane number ofengine fuels and, consequently, improving its performance, at low energy cost.
Materials and methods
Organically modified zeolite catalyst.
Results
When organically modified zeolite catalysts using as contacts gasoline in the refining process to industrial scale can talk abouta significant decrease in the thermal load on the ecosystem and create a basis fora new process of “green chemistry“. It is worth noting the high quality of the resulting catalysate, namely a significant content ofisomeric alkanes and relatively low amount of aromatic compounds whose presence in the product is limited to product environmental requirements of the International Standards.
Сonclusions
One possible solution to the problem of creating environmentally friendly production of high-octane, high-quality motor fuels from primary products of oil and gas condensate feedstock is to use low-temperature molten salts as promoter agents zeolite catalysts.