MIP technical features

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1. Controlled carrying out of cracking reactions, hydrogen transfer reactions, and isomerization reactions. 2. Selective execution of different types of hydrogen transfer reactions (within a certain range). 3. Proper matching of process parameters in the first and second reaction zones. 4. Design of new types of reactors. 5. Rational alignment between process conditions and catalyst properties. The first reaction zone carries out the primary cracking reaction: high reaction temperature, short contact time, and an appropriate method of oil contact; the catalyst exhibits good performance in cracking reactions. The second reaction zone carries out secondary reactions (isomerization and selective hydrogen transfer): lower reaction temperature, longer oil contact time, and catalysts with excellent performance in hydrogen transfer reactions and isomerization reactions