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Short Educational Video on Transfer Function Identification: Software identification of Zero-Order Transfer Function Parameters

Welcome to the new video from PiControl Solutions on practical industrial system identification and process control as we continue with a series of short, practical, and useful educational videos. In this video we elaborate how to easily identify zero-order transfer function parameters using system identification software. Zero-order (integrating) processes occur in approximately 15% of industrial […]
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2 Min Read

Short Educational Video on Transfer Function Identification: Software identification of First-Order Transfer Function parameters

Welcome to the fifth video from PiControl Solutions on practical Industrial System Identification and Process Control as we continue with a series of short, practical, and useful educational videos. Even though we can visually identify First-Order Transfer Function parameters, we need to understand that it is sometimes not that simple to identify them as accurate […]
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2 Min Read

Short Educational Video on Transfer Function Identification: Is it possible to visually identify second-order transfer function parameters?

Welcome to the fourth video from PiControl Solutions on practical Industrial System Identification and Process Control as we continue with a series of short, practical, and useful educational videos. Second-order processes on step tests react in two very original shapes: S-shape and a Wavy shape. But it is sometimes very difficult to distinguish it from […]
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2 Min Read

Best PID Tuning Optimization, APC And MPC Software Using Novel, New Technology

CNRL continues to use PiControl’s PITOPS PID tuning software for entire plant-wide application. PITOPS PID tuning software is integrated with APC design (advanced process control design) and MPC implementation techniques (model predictive control). The model improvement functionality uses the new and improved GRG optimization technique (generalized reduced gradient method of optimization) that proves to be […]
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2 Min Read

Short Educational Video on Transfer Function Identification for First Order Plus Dead Time Process Model

Welcome to the first educational video from PiControl Solutions on practical Industrial System Identification andProcess Control. Identification of process models is often needed inindustrial process control field. It is very important to understand and implement knowledge of process modeling. This knowledge gives ability to mathematically tune PID control loops, design and calculate PLC/DCS-based Advanced Process […]
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1 Min Read

Short Educational Video on Transfer Function Identification: Positive and Negative Model Process Gain

Welcome to the third video from PiControl Solutions on practical Industrial System Identification and Process Control as we continue with a series of short, practical, and useful educational videos. In the first two videos, we have seen the identification of zero and first-order transfer functions. There was a difference in positive and negative process gain. […]
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1 Min Read

DCS-APC (Advanced Process Control) a better and superior option to MPC (Model Predictive Control) in olefins plants

In recent times, most olefins plants crack ethane that is more readily available than a few decades ago.  Olefins plants built during the 1970s to 1990s were often more complex.  The olefins plants were equipped with more complex furnace configuration than today.  The older olefins plant furnaces were designed for a lot of flexibility; they […]
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5 Min Read

Short Educational Video on Transfer Function Identification for Zero Order Plus Dead Time Process Model

Welcome to our second video from PiControl Solutions on practical Industrial System Identification and Process Control as we continue with a series of short, practical, and useful educational videos. In this video we continue with Transfer Function models. We will show you how to visually identify Zero-Order Transfer Function parameters with a delay, and like […]
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1 Min Read

Textbook APC (Advanced Process Control) for Urea Plant

Typically, urea is manufactured by reacting liquid ammonia and carbon in an autoclave, where ammonium carbamate is formed.  Ammonium carbamate is dehydrated in the synthesis reactor to molten urea.  The product is fed to vacuum evaporator for concentrating the slurry.  Slurry is dried in a prilling tower and passed from the top of the tower […]
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2 Min Read
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