Controllare lo stato dell'ordine

Entra a far parte di una comunità di amanti dei libri di tutto il mondo e ottieni numerosi vantaggi. Crea un account gratuito

Punto Poste 5.49 € Punto Poste 5.49 € Corriere DHL 6.99 € Corriere GLS 5.99 € Punto GLS 4.49 € Corriere Bartolini 4.49 € Punto Bartolini 3.49 €

Contatto

Come acquistare

Aiuto

Il mio account

▸ Vuoto :-(

Feasibility study of hydrocarbons as environmentally friendly refrigerants

Name: Feasibility study of hydrocarbons as environmentally friendly refrigerants
Brand: Our Knowledge Publishing
SKU: 47098942
Price: 40.49 EUR
Availability: InStock
Author: Khaoula Hidouri
ISBN: 9786203489538

Khaoula Hidouri

Bechir Chaouachi

Lingua

Inglese

Libro In brossura

Codice Libristo: 47098942

Casa editrice Our Knowledge Publishing, dicembre 2024

Within the framework of this project aimed at continuously improving the performance of absorption-d... Descrizione completa

Codice Libristo: 47098942

99 b

40.49 €

Magazzino esterno Inviamo tra 5-8 giorni

Fino a 30 giorni per il reso

I clienti hanno acquistato anche

Ilustrowany słownik ukraińsko-polsko-angielski Tarczyńska Małgorzata

In brossura

5.29 €

Fernsehtechnik R. Theile

In brossura

46.59 €

Das trotzige Gesicht der Schuld Abishu Morke Barisso

In brossura

48.39 €

Faces Michal Pavlíček

CD audio

34.49 €

Alice nel paese delle meraviglie. Le favole di Loputyn Lewis Carroll

Rigido

22.29 €

Just Fontaine - La légende éternelle Armandary Libro

Rigido

28.29 €

MODES DE GARDE Madeleine Deny

In brossura

8.19 €

Programm Der Realschule Erster Ordnung Hoheren Gewerb Und Handelsschule In Magdeburg (1866) Friedrich Stephan

In brossura

17.19 €

Aufgabensammlung Zu Den Gewoehnlichen Und Partiellen Diffenrentialgleichungen Guido Hoheisel

Rigido

117.79 €

Evropou na kole Martin Stiller

Rigido

10.39 €

Europäisches Versicherungsvertragsrecht Jürgen Basedow

Rigido

143.69 €

Within the framework of this project aimed at continuously improving the performance of absorption-diffusion cycles, and in the search for new refrigerants to replace commonly used fluids. We are presenting new hydrocarbon mixtures: the most volatile fluid, propylene, is chosen as the refrigerant, and the least volatile as the absorbent. The study of the thermodynamic feasibility of the cycle consists in determining the operating limits of absorption refrigeration machines with the various alkane pairs considered. Modeling on ASPEN PLUS and ASPEN HYSYS flowsheeting software, we found that the hydrocarbon mixture chosen is the one that gives the best COP compared with those given by the hydrocarbons tested. The calculation of the coefficient of performance will lead to the choice of the best performing blend. As a follow-up to this work, we are proposing the search for other more efficient and more environmentally-friendly working couples.