Process intensification offers the potential to drastically reduce the energy consumption and
cost of producing chemicals from both bulk and distributed feedstocks. This review article …

Internally heat-integrated distillation column (HIDiC) is the most radical approach of a heat
pump design, making efficient use of internal heat-integration: the rectifying section of a …

Reaction/distillation matrix for reactive distillation is one of the systematic algorithms to
generate different possible sequences of distillation columns containing reactive distillation …

Heat integrated technologies can be used to revamp the methyl acetate (MeAc) hydrolysis
process which help to recover the waste heat energy or replace the steam by the electric …

As an important raw material to produce many useful chemicals, cyclohexanol production
attracts much attention to obtain high purity product, leading to high energy consumption …

Thermally coupled distillation is designed to reduce energy requirements and achieve
environmental benefits in chemical engineering development processes. In this study an …

There is a need to be able to design a solar-energy system that considers the fluctuations in
the levels of solar irradiation. A solar-energy system consists of two parts: the solar-thermal …

Reactive distillation is one of the typical applications of process intensification concept in
chemical engineering. Since the coupling of reaction and separation is highly complex and …

This study is the first to provide a systematic approach to assessing the potential of
advanced reactive distillation technologies to expand the applicability of reactive distillation …

Cyclohexanol is an important precursor in synthesizing intermediates of Nylons and also
plasticizers. In this paper, a plantwide reactive-distillation process for the production of …