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Giorgio Dodero, Chairman of the IPG Industrial Project Group
Srl, is responsible of the development of the power generation
technology on behalf of IPG. Before this IPG assignment, until
1997 he has been a senior manager of Enel (the Italian State
Owned Electric Company) and responsible for planning and
construction of large scale, multi-national, process plants for
power generation and other applications. He has worked for
more than 37 years within Enel.
Giorgio Dodero is doctor in Electrical Engineering and
subsequently participated to a course on Chemical Engineering. He has authored
or coauthored more than 70 papers and publications on behalf of Enel and subse-
quently on behalf of IPG.

[2] 1989 Italian Chemical Engineering and Processing Hand- [9] Future Developments of coal fired power plants design
book coordinated by G. Dodero, Enel (Italian Power Author- due to cycling by G. Dodero, Power Plant Flexibility Confe-
ity), A. Sernia, Vice President Enichem SpA, in collaboration rence, Berlin, Germany, 19-21 March 2014
with Montedison SpA (Ferruzzi Group) published by Chemi-
cal Engineering Magazine [10] Integrating Energy Storage systems into Electricity
Transmission and Distribution Networks: comparing the
[3] Coal’s Salvation Under Strict Regulatory Regimes edited technology and the Italian Case by G. Dodero, IPG Srl, pre-
by PSI Media Inc. US 2011 including G. Dodero, IPG Srl, as sented at Power-Gen 2014, Cologne and published by Im-
Technical Consultant piantistica Italiana
[11] CO2 Capture and Storage for Gas: Sustainable, Low-
[4] Co-Firing of Biomass and RDF with Coal Within Large Carbon Power for Europe by EU ZEP Zero Emission Plat-
Conventional Power Generation Units Track 4: Coal Fired form, June 2014
Power Plants, Biomass Combustion and Waste to Energy
presented by G. Dodero at Power Gen 2012, Cologne, 13 [12] Where is Moving the Electricity Sector and How are
June 2012 Electric Industry Investment Decisions Influenced by Poten-
tial Instability in the Regulatory Environment, presented by
[5] Integrating Carbon Capture Technologies into the Ge- G. Dodero at Power-Gen 2014, Cologne and published by
neration mix: Future developments and cost comparisons Impiantistica Italiana
presented by G. Dodero at 13th International Downstream
Technology & Strategy Conference, Dubrovnik, Croazia, 14- [13] CO2 as Carbon Feed Stock for the Production of Value-
17 May 2013 Added Chemicals, 3°rd Carbon Capture Utilization Summit,
Bremen, Germany, 22-23 October 2014 by G. Dodero, IPG
[6] Improving Coal Fired Boiler Technology to meet Renew- Srl
ables integration by G. Dodero, IPG Srl President Presented
at Power Gen 2013, Vienna, 5 June, Track 4: Session 5A [14] Coal Micronization Report by IPG Industrial Project
Group Srl, Internal report
[7] Future Developments in coal Fired Power Generation due
to the impact of Renewables by G. Dodero, IPG Srl, ACI [15] Evaluating Synergies between Refineries and Power
Event, Cologne, Germany, 11-12 September 2013 Generation: the role of a joint CO2 Utilization by G. Dode-
ro, IPG Srl, at International Downstream Week IDTC event
[8] How are Electric Industry Investment Decisions Influen- Istanbul, Turkey, 11-15 May 2015
ced by Potential Instability in the Regulatory Environment?
Panel at European New Build Power Plants 2013 Conferen- [16] Evaluating Industry Synergies to Increase Power Plants
ce by G. Dodero - 11th and 12th September 2013, Cologne, Reliability by G. Dodero, IPG Srl, at Flexible Power Genera-
Germany tion 2016, 17th – 18th February, Barcellona, Spain

Utilizzo della CO2 nelle raffinerie e nelle acciaierie

Lo scopo di questo studio è quello di presentare idee adatte a ribilanciare gli aspetti primari del settore energetico incluso
quello elettrico e precisamente: costi, affidabilità degli impianti e riduzione dell’impatto sull’ambiente.
Importante la proposta dell’acciaieria verde, tenuto conto che oggi le acciaierie sono una importante fonte di inquinamento.
Un incremento della potenza degli impianti di generazione delle raffinerie e delle acciaierie potrebbe essere utilizzato per
coprire il deficit di potenza quando gli impianti rinnovabili non producono energia.

32 Impiantistica Italiana - Luglio-Agosto 2016