Process Intensification in Distillation Systems: Main Trends for Improving Petrochemical Process Performance

Journal Title: Petroleum & Petrochemical Engineering Journal - Year 2017, Vol 1, Issue 6

Abstract

Economic and environmental considerations have encouraged studies on distillation processes, which play an outstanding role among other thermal separation processes in the petrochemical industry, focused on processintensification-based innovative engineering solutions. Various techniques, such as dividing wall columns, reactive distillation, internal heat-integrated distillation, HiGee distillation column, and cyclic column have been studied and reported. This mini review highlights the current status of these techniques, their applicability, main limitations and challenges and perspectives in the field of petrochemical engineering.

Authors and Affiliations

Moonyong Lee

Keywords

Related Articles

The Multi-Inhibitive Drilling Fluids for Coalbed Methane Formations

In order to control the wellbore stability in the CBM drilling process, the drilling fluid with strong plugging, clay hydration inhibition and anti-collapse properties should be comprehensively considered. The multi-inhi...

Estimation of Flow Capacity in Pipelines Based on the Intrinsic Variation of the Volumetric Properties of the Natural Gas Mixture

In this paper, the Weymouth equation was applied so as to consider the pipeline characteristics, thermodynamic and physical gas properties. From literature, volumetric parameters like the specific gravity and compressibi...

Selection of Amine in Natural Gas Sweetening Process for Acid Gases Removal: A Review of Recent Studies

Natural gas (NG) plays an important role in different industrial and commercial sectors in India; especially in power generation and fertilizers industries. Raw natural gas coming from reservoirs to a process plant is ri...

In-situ Generation of CO2 to Eliminate the Problem of Gravity Override in EOR of Carbonate Reservoirs

Carbon dioxide (CO2) injection into hydrocarbon reservoir is reported by many researchers to be one of the best enhanced oil recovery techniques. CO2 for enhanced oil recovery has favorable characteristics such as miscib...

Prediction of the Rise velocity of Taylor Bubble in Vertical Tube

A single gas bubble moving under the influence of gravitational, inertial, viscous and interfacial forces, relative to another fluid contained in a vertical cylindrical tube. Two-phase flows through millimeter channels m...

Download PDF file
  • EP ID EP597056
  • DOI -
  • Views 71
  • Downloads 0

How To Cite

Moonyong Lee (2017). Process Intensification in Distillation Systems: Main Trends for Improving Petrochemical Process Performance. Petroleum & Petrochemical Engineering Journal, 1(6), 1-4. https://europub.co.uk/articles/-A-597056