Francesco Cirone Email & Phone Number

Allerød, Capital Region, Denmark

- Component Analysis: Perform detailed calculations for steam and feedwater path components, including pumps, pipes, evaporators, headers, superheaters, and valves.- P&ID and PFD Reviews: Analyze Process and Instrumentation Diagrams (P&IDs) and Process Flow Diagrams (PFDs) to ensure design accuracy and adherence to industry standards.- Technical Offer Evaluation: Review technical offers for critical components to ensure they meet design specifications and operational requirements.- Process Calculations: Utilize VBA, Fortran, and .NET for complex process-related calculations to support system design and performance assessments.- Oxyfuel Combustion Research: design and modelling of oxyfuel combustion in conventional biomass boilers, retrofitting strategies and carbon capture integration

Kongens Lyngby, Capital Region, Denmark

- Systems Simulation: Developed and simulated district heating systems at apartment and substation level using Modelica, focusing on optimizing heat distribution and energy efficiency in large multifamily buildings.- Model Predictive Control: Implemented model predictive control strategies through grey-box modeling in Python to enhance system efficiency and predict future performance.- Thermodynamics and Fluid Mechanics: Applied knowledge of thermodynamics and fluid mechanics to perform calculations on district heating substations, hot water tanks, and piping systems.

Kongens Lyngby, Capital Region, Denmark

Msc - Sustainable Energy, Thermal Energy

Thesis (35 ECTS) "Smart hydronic operations in buildings supporting low-temperature District Heating" Prepared at the department of Civil.

Bachelor Of Science - Bs, Energy Engineering, Energy Engineering

Thesis (3 ECTS): "Nano-aresol generation with liquid substances" Thesis carried out in collaboration with the Energy Department.

Maturità Classica

Multidisciplinary approach, Greek, Latin, literature, subjects that lead to debate, to deepen human issues and to acquire a critical.