The essence of effective process designing is to use methods which are efficient to
engineers in practice and not only to scientists. The proposed design procedure is …

Heat Integration has achieved a great success in both academic research and industrial
applications since the 1970s. Traditional heat integration deals with process streams with …

Integrated Process Design aims at a holistic approach to process design, retrofitting, and
operations planning. Cost and energy “targets”(ie the minimum possible values for these …

This chapter describes the basic steps of Pinch Analysis for heat recovery that made
Process Integration a methodology employed by numerous designers and engineers …

Efforts to increase plant energy efficiency intensify with the continuing increase in fuel prices
and the growing global concern for environmental emis~ ions. As new processes and …

This chapter describes the basic steps of Pinch Analysis for heat recovery, making Process
Integration a methodology employed by designers and engineers worldwide since the …

Abstract The Heat Process Integration with Pinch technology is divided into two separate
parts–targeting with super-targeting and design of a solution. Super-targeting determines …

In the past decade, Pinch Technology designs have achieved significant cost and energy
savings on processes worldwide. While Pinch Technology is particularly useful for obtaining …

The use of Pinch technology is very often strongly limited by the existence of complex
chemical process units (combustion, drying, scrubbing, etc.) in the energy system of the …

Process integration methods allow one optimizing industrial processes. The main goals are
decreasing energy demand and operating costs as well as reducing pollutants emissions …