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Abstract.
The task of providing energy efficient separation arrangements have
received considerable attention in the literature. The conventional
approach to increasing the process efficiency subscribe to
integrating conventional distillation arrangements (indirect
coupling). Instead, there has recently been a growing interest in the
development of new configurations (unit operations) that offer both
operational (energy) and capital savings. Among these we find the
Petlyuk or dividing wall columns (direct coupling). In this paper we
compare the energy consumption in optimized Petlyuk arrangements with
that of optimized sequences of regular columns. Our results are based
on simulations using a detailed model. We also introduce a novel
column arrangement utilizing both direct and indirect coupling, for
which we propose to use also a horizontal partition in order to avoid
remixing of already separated components.