The issue of reducing CO2 emissions by 2050 is very current. This work, carried out through the Erasmus + Traineership program in collaboration between the University of Pavia and Utrecht University, focuses in particular on the analysis of the Italian manufacturing industry. Starting from a study carried out by Ernst Worrell and Gale Boyd for the manufacturing industry in the United States of America, the same treatment was developed for Italy. In the first chapter you will see an overview of the current emissions situation using the most recent data for Italy, showing tables and graphs that underline its strong dependence on fossil sources. In the second, however, the scenarios and plans that will be implemented first in 2030 and then in 2050 for Europe and in particular the PNIEC (National Energy And Climate Plan) for Italy will be presented. Below, in the third chapter, the useful pillars for the reduction of CO2 emissions by 2050 dependent on fossil sources will be explained. In particular, the analysis will be carried out for each Italian manufacturing industry. In the fourth chapter, the numerical analysis for the reduction of emissions will be carried out, using the data provided by ISPRA, together with data used for the study of the United States and hypothesizing scenarios for the Italian manufacturing industry in 2050 starting from available data. of the European Commission.
Il tema della riduzione delle emissioni di CO2 al 2050 è molto attuale. Il presente lavoro, svolto attraverso il programma Erasmus+Traineership in collaborazione tra l’Università degli studi di Pavia e l’Utrecht University, ha ad oggetto in particolare l’analisi dell’industria manifatturiera italiana. A partire da uno studio svolto da Ernst Worrell e Gale Boyd per l’industria manifatturiera negli Stati Uniti d’America è stata sviluppata la stessa trattazione per l’Italia. Nel primo capitolo si vedrà una panoramica riguardo l’attuale situazione di emissioni utilizzando i dati più recenti per l’Italia, mostrando tabelle e grafici che ne sottolineano la forte dipendenza da fonti fossili. Nel secondo, invece, verranno presentati gli scenari ed i piani che si vorranno attuare prima al 2030 e poi al 2050 per l’Europa ed in particolare il PNIEC (Piano Nazionale Energia E Clima) per l’Italia. Di seguito, nel terzo capitolo, si spiegheranno i pilastri utili al fine della riduzione di emissioni di CO2 al 2050 dipendenti da fonti fossili. In particolare, l’analisi verrà effettuata per ogni industria manifatturiera italiana. Nel quarto capitolo, sarà effettuata l’analisi numerica per la riduzione delle emissioni, utilizzando i dati forniti da ISPRA, unitamente con dati utilizzati per lo studio degli Stati Uniti ed ipotizzando degli scenari per l’industria manifatturiera italiana al 2050 a partire da dati disponibili della Commissione Europea.
ENERGY ANALYSIS AND TECHNOLOGY ASSESSMENT FOR DEEP DECARBONIZATION IN THE ITALIAN MANUFACTURING INDUSTRY UNTIL 2050
MASSOLINI, CHIARA
2021/2022
Abstract
The issue of reducing CO2 emissions by 2050 is very current. This work, carried out through the Erasmus + Traineership program in collaboration between the University of Pavia and Utrecht University, focuses in particular on the analysis of the Italian manufacturing industry. Starting from a study carried out by Ernst Worrell and Gale Boyd for the manufacturing industry in the United States of America, the same treatment was developed for Italy. In the first chapter you will see an overview of the current emissions situation using the most recent data for Italy, showing tables and graphs that underline its strong dependence on fossil sources. In the second, however, the scenarios and plans that will be implemented first in 2030 and then in 2050 for Europe and in particular the PNIEC (National Energy And Climate Plan) for Italy will be presented. Below, in the third chapter, the useful pillars for the reduction of CO2 emissions by 2050 dependent on fossil sources will be explained. In particular, the analysis will be carried out for each Italian manufacturing industry. In the fourth chapter, the numerical analysis for the reduction of emissions will be carried out, using the data provided by ISPRA, together with data used for the study of the United States and hypothesizing scenarios for the Italian manufacturing industry in 2050 starting from available data. of the European Commission.È consentito all'utente scaricare e condividere i documenti disponibili a testo pieno in UNITESI UNIPV nel rispetto della licenza Creative Commons del tipo CC BY NC ND.
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https://hdl.handle.net/20.500.14239/15001