IndianOil  Technologies Ltd.

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Material Engineering Services Instrumented PIG Hydroprocessing Services Hydrotreating Processes Field Trials Engine and Tribotesting HP Catalyst Management Thermal Cracking LPG Yield Enhancement FCC Catalyst Management FCC Revamps & Technical Solu. i-MAX SERVO®-DS SERVO®-LI SERVO®-AO HC Catalyst Models CAMS INDMAX INDE Treat and INDE Sweet Needle Coke Technology OiliVorous-S Naphtha Hydrocracking process Indalin+

Innovative Offerings

Novel Models / Simulators for Refinery Processes REF-MOD Features and Capabilities » Rigorous and simplified reformer models are available for SR and CCR type reformer units » Plant performance optimization, monitoring and trouble shooting » Realistic octane number prediction » Accurate prediction of benzene in reformate » Catalyst activity and life prediction for specific cycle » Decision making tool for overall unit profitability REF-MOD Model for CRU Process (SR & CCR) Applications » Installed in three IndianOil refineries » Benzene management studies for three IndianOil refineries » MS-2000 prediction for IndianOil refinery VIS-MOD Features and Capabilities » A rigorous model based on five lumps kinetics - validated extensively with industrial plant data » VIS-MOD is capable of predicting : Conversion and product yields Viscosity cutting ratio Temperature and pressure profiles in furnace coils Distribution of feed sulfur in products Important product properties Blend properties of fuel oil with given cutterstocks VIS-MOD Model for Visbreaking » VIS-MOD can be used for various applications such as Daily plant monitoring Optimization of plant conversion without affecting VB tar stability Selection of plant severity with change in feedstock DHDS - MOD Features and Capabilities » Prediction of total sulfur and the concentration of individual sulfur compounds for given feed quality, feed blend ratio and plant operating conditions » Estimation of chemical hydrogen consumption » Reactors Temperature Bed-wise inlet and outlet temperatures Delta T across bed » In-house developed correlation based pressure drop prediction for reactor beds match well with commercial plant » Realistic prediction of cetane number and diesel yield » Estimation of reactor exit gas composition » Installed at one IndianOil refinery   Previous << ^ Top