Technologies

Engineering Sciences

Title:	Simultaneous Production of US Grade Gasoline and High Purity Benzene from FCC C6 Heart Cut Naphtha
Area:	Chemical Sciences, Engineering Sciences
Focus Area:	Gasoline Production
Patent:	IN294311, US8722952
Social Benefits:	This Technology is first of its kind in the world. Some of its salient features are as follows: Technology does neither require any prior hydrogenation step to saturate di-olefins nor requires expensive types of equipment, which makes it simple, energy-efficient, and low cost, Technology is based on thermally and oxidative stable Solvent system with unique process configuration to minimize solvent loss and maximize product recoveries, Fully indigenous Technology developed jointly by Indian corporations located in India, Technology has proved its mettle and has surpassed the uninterrupted run the length of 4+ years.
Developing Agency:	CSIR-Indian Institute of Pertroleum (IIP), Uttarakhand
Technology Readiness Index:	Market Launch
Email:	director@iip.res.in
Website Link :	http://www.iip.res.in
Source (more info) :	https://t.ly/l_sb

Brief Description

Description :

CSIR-IIP and RIL developed extractive distillation based novel technology overcome the challenges of existing process and unavailability of a commercial process for reducing the benzene concentration in unprocessed FCC Gasoline. This Technology serves a dual role of recovering high purity benzene ( >97 wt. % pure) and producing environmental friendly gasoline (Bz. < 0.4 wt. %) from FCC C6 heart cut stream containing benzene in the range of 11-19% without the requirement of any pre-processing step to saturate di-olefins and reduce reactive impurities (chlorides, peroxides etc.) impurities in the feedstock. Successful commercialization of the Technology with design capacity 0.7 MMTPA (17.4 KBPSD) at RIL Jamnagar in May 2016 has given due credence to its novelty and deliverables not only in India but in abroad as well. The estimated payback for the Technology based on the benefits realized by the RIL Jamnagar is ~1.1 year