Design and Optimization of Fully Thermally Coupled Distillation Scheme for the Naphtha Splitter Process
![Distillation Conclave on Twitter: "Hear Ratheesh S from @BPCLimited share his experience on Reconfiguration of Naptha Splitters in BPCL Mumbai Refinery Using Divided Wall Column Technology at @DistillationExp 2022. Visit https://t.co/rnW9e5i8Cw. Few Distillation Conclave on Twitter: "Hear Ratheesh S from @BPCLimited share his experience on Reconfiguration of Naptha Splitters in BPCL Mumbai Refinery Using Divided Wall Column Technology at @DistillationExp 2022. Visit https://t.co/rnW9e5i8Cw. Few](https://pbs.twimg.com/media/FY40UOdVQAEG9WH.jpg)
Distillation Conclave on Twitter: "Hear Ratheesh S from @BPCLimited share his experience on Reconfiguration of Naptha Splitters in BPCL Mumbai Refinery Using Divided Wall Column Technology at @DistillationExp 2022. Visit https://t.co/rnW9e5i8Cw. Few
![Energy Recovery in a Naphtha Splitter Process through Debottlenecking of Retrofitted Thermally Coupled and Double‐Effect Distillation Sequences - Minh - 2015 - Energy Technology - Wiley Online Library Energy Recovery in a Naphtha Splitter Process through Debottlenecking of Retrofitted Thermally Coupled and Double‐Effect Distillation Sequences - Minh - 2015 - Energy Technology - Wiley Online Library](https://onlinelibrary.wiley.com/cms/asset/57363f5f-ebe9-4a4c-9e42-ec260eeabe49/mfig002.jpg)