A novel data-driven, soft sensor based on support vector regression (SVR) integrated with a
data compression technique was developed to predict the product quality for the …

The isomerization process is a substantial technology to produce clean fuel from linear
paraffinic species existing in light naphtha. We investigated the influence of hydrocracking …

A novel approach based on integration of data rectification techniques and support vector
regression (SVR) is proposed to predict the sulfur content of treated product in gas oil …

A fixed-bed reactor with an external multichannel ceramic membrane for generation of gas–
liquid microdispersion system is developed for heterogeneous catalysis. The reactor …

Co-gasification of oil sand fluid coke with sub-bituminous coal was performed in an
entrained-flow gasifier. The underlying objective of this work was to assess the combined …

Today, sulfur removal from fuels has improved by new adsorbents such as zeolites that
needs extensive studies. This study investigates the feasibility of sulfur compounds …

Fluid Catalytic Cracking (FCC) process is a vital unit to produce gasoline. In this research, a
feed forward ANN model was developed and trained with industrial data to investigate the …

An experimental and modeling investigation of catalytic reforming of naphtha in a pilot-scale
packed bed reactor is described in the present work. The effects of operating conditions on …

Abstract A two-dimensional (2D) computational fluid dynamics model based on discrete
lumping approach was used to predict the product yields of a pilot scale vacuum gas oil …

The question as to the formation of elemental sulfur in petroleum has never been definitely
settled, although there are many references in the literature to the presence of elemental …