This paper presents a non-linear modeling framework that supports model development in
between empirical and mechanistic modeling. A model is composed of a number of local …

The chemical process industry has increasingly been pursuing the use of computing
technology to gather, organize, disseminate and exploit enterprise information and to closely …

Process modeling is an important task during many process engineering activities such as
steady-state and dynamic process simulation, process synthesis or control system design …

This position paper gives an overview of the discussion that took place at FIPSE 2 at
Aldemar Resort, east of Heraklion, Crete, in June 21–23, 2014. This is the second …

Process Modelling and Model Analysis describes the use of models in process engineering.
Process engineering is all about manufacturing--of just about anything! To manage …

Recent advances in nonlinear process control call for more detailed first principles based
mathematical models to adequately represent the nonlinear process behavior. Despite the …

The best method for process control is the use of model‐based solutions, based on process
analytical technology for online monitoring of critical process variables, product quality …

Tight time and cost constraints force chemical process industries to continuously reduce
their experimental effort during chemical process development and to facilitate the …

Modelling has become a central activity in most major corporations and SMEs. Modern
processing and manufacturing is a “model centric” activity that pervades the whole product …

This paper discusses several practical issues of modeling real chemical processes based
on process operating data. One of the most important issues of real chemical process …