This paper proposes a case study in the control of a heavy oil pyrolysis/cracking furnace with a newly extended U-Model based Pole Placement Controller (U-PPC). The major work of the paper includes: 1. establishing a control oriented nonlinear dynamic model with Naphtha cracking and thermal dynamics, 2. analysing a U-model (i.e. control oriented prototype) representation of various popular process model sets, 3. designing the new U-PPC to enhance the control performance in pole placement and stabilisation, 4) taking computational bench tests to demonstrate the control system design and performance with a user-friendly step by step procedure
The paper presents the application of two nonlinear model predictive control (NMPC) approaches: quas...
The objective of this study is to analyse the design parameters for a pyrolysis furnace designed and...
This article presents modelling of vaporization and pyrolysis of a single droplet of heavy fuel oil ...
This paper proposes a case study in the control of a heavy oil pyrolysis/cracking furnace with a new...
A non-linear model has been developed for a gas-fired furnace in which oil is heated. The model is a...
A coupled furnace/reactor simulation was conducted to determine product yields and coking rates for ...
Fluid catalytic cracking (FCC) is one of the most important processes in the petroleum refining indu...
Fluid catalytic cracking (FCC) is one of the most important processes in the petroleum refining indu...
Anumerical model for the thermal operations directly related to all significant heat and ...
In tubular reactors inside a cracking furnace, heat transfer, thermal cracking reactions and coke bu...
The projected paper has been scrutinized and revised the circulated experimental results related to ...
The aim of this thesis is to setup a simulation environment that prepares the ground for Multiple He...
The paper presents the application of two nonlinear model predictive control (NMPC) approaches: quas...
The objective of this study is to analyse the design parameters for a pyrolysis furnace designed and...
This article presents modelling of vaporization and pyrolysis of a single droplet of heavy fuel oil ...
This paper proposes a case study in the control of a heavy oil pyrolysis/cracking furnace with a new...
A non-linear model has been developed for a gas-fired furnace in which oil is heated. The model is a...
A coupled furnace/reactor simulation was conducted to determine product yields and coking rates for ...
Fluid catalytic cracking (FCC) is one of the most important processes in the petroleum refining indu...
Fluid catalytic cracking (FCC) is one of the most important processes in the petroleum refining indu...
Anumerical model for the thermal operations directly related to all significant heat and ...
In tubular reactors inside a cracking furnace, heat transfer, thermal cracking reactions and coke bu...
The projected paper has been scrutinized and revised the circulated experimental results related to ...
The aim of this thesis is to setup a simulation environment that prepares the ground for Multiple He...
The paper presents the application of two nonlinear model predictive control (NMPC) approaches: quas...
The objective of this study is to analyse the design parameters for a pyrolysis furnace designed and...
This article presents modelling of vaporization and pyrolysis of a single droplet of heavy fuel oil ...