Publications

Brochures / Articles

Integrated Gasification Combined Cycle

• IGCC plants to meet the refinery needs of hydrogen and electric power
• Combined production of hydrogen and electric power from heavy residues: the IGCC answer to the refinery needs
• IGCC Plants : a Practical Pathway for Combined Production of Hydrogen and Power from Fossil Fuels
• Availability improvement of an Integrated Gasification Combined Cycle Plant: a successful example at API ENERGIA S.p.A – Falconara facility
• COAL power plants with CO2 capture: the IGCC option
• Partial Gasification Combined Cycle Technology
• Power from Petronor Refinery: The 800 MWe IGCC Project
• Review of ISAB IGCC plant operation
• Heavy stock, clean power
• The 800 MW PIEMSA IGCC Project
• Commercial Operation OF ISAB IGCC PLANT
• PIEMSA IGCC project environmental and economical benefits
• Improve performance, reduce capital costs
• ISAB IGCC Plant enters operation phase
• The 1999 European Oil Refining Conference and Exhibition
• Dynamic modeling of the ISAB energy IGCC complex
• Disposition of low-value refinery streams by gasification pioneering projects in Italy, Europe and Japan
• Solving the Heavy Fuel Oil problem with IGCC Technology
• Oil refining and zero fuel oil production with integrated gasification combined cycle
• IGCC processing schemes and performance
• IGCC: the Italian answer to the heavy oil surplus
• Gasification technology in practice
• A key aspect of Integrated Gasification Combined Cycle plants availability

CO2 Capture

• CO2 capture in low rank coal power plants
• Co-production of hydrogen and electricity with CO2 capture
• The answer of CFB technology to the greenhouse gas problem: CO2 postcombustion capture and oxycombustion in supercritical CFB boilers
• Partial gasification combined cycle technology: a practical pathway for clean coal advancement

Combined Cycle-cogeneration

• Simulazione dinamica dell’avviamento di un ciclo combinato e verifica con le prestazioni riscontrate “in campo”
• La progettazione di una moderna centrale elettrica: la centrale di Voghera Energia
• Dynamic Model of Italy’s Progetto Energia Cogeneration Plants Aims to Better Predict Plant Performance, Cut Start-up Costs
• Unità di cogenerazione a ciclo combinato di Teverola
• Centrali elettriche a ciclo combinato e unità di cogenerazione
• The FIAT Mirafiori cogeneration units

Dynamic Simulation

• Relaying problems in the connection of a dispersed generating plant to the 132kV network
• Simulazione dinamica dell’avviamento di un ciclo combinato e verifica con le prestazioni riscontrate “in campo”
• La simulazione dinamica: uno strumento efficace di progettazione degli impianti di potenza
• Dynamic modeling of a combined-cycle plant
• Control system for a combined cycle
• Expanding uses for dynamic modeling
• Gasification technology in practice
• Study of a new electrical distribution network as a consequence of a very large load increase in an oil-refinery plant
• The technical problems posed by in-plant generation in industrial (particularly chemical) power systems: factors to be considered and studies to be made
• Dynamic simulation of an oil gasification plant
• Dynamic Model of Italy’s Progetto Energia Cogeneration Plants Aims to Better Predict Plant Performance, Cut Start-up Costs

Waste to Energy

• Utilizzo di rifiuti solidi urbani per la produzione di energia elettrica e termica nel rispetto delle normative di salvaguardia ambientale: l'impianto termoutilizzatore di Lomellina Energia
• Recycling waste for power generation: the operating experience of Lomellina Energia
• Combustione di rifiuti con tecnologia a letto fluido

Wind

• Wind energy - Vallesaccarda wind farm starts up

Coal