This article presents the development of the mathematical model and simulation of the
process of multiple effect evaporation. This process is used for obtaining sugar or ethanol …

Sugar production contains a number of unit operations in series. The most energy
consuming unit is the evaporation process. The aim of this paper is to describe the …

This paper presents the modeling, simulation of a double-stage evaporation process to
obtain Bioethanol from sugarcane juice; the model was validated with data from a plant …

One of the most important task in sugar production process is to ensure an optimum working
regime for the multiple-effect evaporator. In this paper we present the development of a …

Brazil is the largest producer of sugarcane ethanol in the world. Among the technologies that
aim to improve the process, second generation ethanol is one of the most promising …

In order to reduce the energy consumption of the concentrating the black liquor in Kraft
recovery process in paper mill, a mathematical models is developed and proposed for the …

The dynamic behaviour of an industrial five-effect evaporator in sugar manufacturing is
determined using the parameter identification approach. The purpose is to obtain an …

A dynamic mathematical model of a multiple effect evaporator has been developed for a
digital computer using the IBM Continuous Systems Modelling Program. The model will be …

In this work we simulate and integrate the systems of evaporation, fermentation and
distillation with direct heating. In addition, we propose a new scenario using indirect heating …

Based on the principles of Process Integration a simplified model has been developed for
the analysis of multiple effect evaporator (MEE) systems. It uses the new concepts of stream …