Installation of an experimental water injection boiler

Pre-study of an experimental boiler setup based on Pantone technology

Keywords: boiler installation, experiments, process Pantone, analysis, assumptions, findings, improvements

The P.Pantone process was the subject of an end-of-study project carried out at ENSAIS to obtain the ENSAIS Engineering Diploma in the energy mechanical sector. We will therefore not present the process here, which is supposed to be known to the reader by reading the pantone engine engineer report

Let's just say that this study opens the way to many additional experiments that will have to be carried out in order to gain a global understanding of the process. The boiler assembly, set out in the report, is one of these additional studies suggested.

Why such a montage?

Given that heating (private and industrial) is responsible for around half of pollutant emissions (mainly GHGs) and given the promising results in pollution control observed on heat engines, a study to modify boilers is necessary.

Read also:  Main results of Pantone engine

From a technological point of view, the stability of the speed, temperatures and power of a boiler compared to a heat engine will facilitate the modifications and use of the process for heating. This stability constitutes an undeniable technological advantage of the boiler assembly.

From an experimental point of view: this assembly will make it possible to measure parameters that are inaccessible on a thermal engine assembly. Such an assembly will also make it possible to carry out certain tests much more easily than with an engine. This is essential for understanding the process and this set-up will allow progress in the characterization of the process.

Water injection boiler assembly (inspired by the pantone system)

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