Publications by Raffaele Bolliger

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This work presents a synthesis method that leads to the preliminary design of industrial energy systems. Such systems are composed of several technologies that transform, through a set of physical unit operations, raw materials and energy into products and ...

Thermo-economic modelling techniques are well known techniques to optimise power plant designs. These methods are usually based on the definition of a superstructure that includes the major options of the design. If this approach has proved to be appropria ...

This paper addresses the problem of modeling and estimating the cost of the heat exchanger network (HEN) in multi-period operation using pinch technique concepts. The developed method improves the vertical heat exchanges technique originally proposed by Ah ...

The integration of steam cycles in the power plant industry aims at optimizing the conversion of the available heat into mechanical power. The proposed method uses process integration techniques and a multi-objective optimisation procedure to generate opti ...

This paper proposes a new approach in the field of energy conversion systems analysis and synthesis. The method is based on a generic and multi-platform description syntax, that clearly separates the information concerning the physical behavior of the mode ...

OSMOSE is a platform for the study and design of complex integrated energy systems. The software is developed in the Laboratory for Industrial Energy Systems (LENI) in the Ecole Polytechnique Fédérale de Lausanne (EPFL), Lausanne, Switzerland. The project is motivated by the need of a fexible and performant research tool to study and design energy systems. In this perspective, the general scope of the software is to help the user to develop and compute technology models that combine (a) thermodynamic comput

Raffaele Bolliger

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Méthodologie de la synthèse des systèmes énergétiques industriels

Advanced Power Plant Design Methodology using Process Integration and Multi-Objective Thermo-Economic Optimisation

Heat Exchanger Network (HEN) costs and performances estimation for multi-period operation

On the use of process integration techniques to generate optimal steam cycle configurations for the power plant industry

New generic approach for the analysis of energy conversion system models

Osmose - User Manual version 2.0

Heat Exchanger Network (HEN) costs and performances estimation for multi-period operation