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An olefin epoxidation Ti catalyst has been optimised by means of high-throughput experimentation involving materials synthesis, postsynthesis treatments, and catalytic testing. Softcomputing techniques for advanced experimental design have been used. The variables explored in the hydrothermal synthesis of Ti-silicate-based catalysts were: concentration of OH − , titanium, and surfactant. The...
Applying accelerated techniques for catalyst synthesis and testing and a stochastic experimental design, two catalytic systems based on SO 42- /ZrO 2 and WO x /ZrO 2 were seen as active and selective for n-paraffin isomerization. After three optimization cycles, a new catalyst formulation based on promoted SO 42- /ZrO 2 with improved...
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