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 …

The energy consumption of distillation operation determines the amount of energy
consumption throughout the chemical separation process. A heat integrated distillation …

In this contribution, a hybrid thermal integration scheme is proposed for a pressure-swing
distillation (PSD) column by combining an internally heat integrated distillation column …

Various configurations of vapor recompression (VRC), bottoms flashing (BF) and external
heat pump (EHP) for energy and/or costs savings were proposed in literature. Based on …

For a competitive design of a distillation system, heat integration is currently a necessary
component in the chemical industry. In distillation systems with heat integration, the complex …

This work introduces a new heat integrated distillation column (HIDiC) for batch processing.
Under this scheme, the entire cylindrical shell is proposed to divide vertically by a metal wall …

Batch distillation columns are more energy inefficient than their continuous analogous.
These batch columns commonly operate at a fixed reboiler duty and even reflux ratio. To …

This work deals with a ternary dividing wall column (DWC) for improving its energetic and
economic potential through thermal intensification route. In this light, a vapor recompression …

The energy efficiency of dividing wall column (DWC) can be improved by the vapor
recompression (VRC) technology, but large temperature difference between the overhead …

Internal heat integrated technology was developed to improve the thermodynamic efficiency
of distillation columns to save energy and increase profit. A novel internal heat integrated …