Julio Delvasto

Advised 10+ clients across solar, wind, battery storage and emerging clean-energy projects from feasibility and market analysis to investment decisions, supporting projects from sub-£1m to multi-million-pound scale. Used AI and analytics tools to streamline research and reporting, cutting turnaround times by 25–50%. Delivered data-driven strategies that helped clients secure financing, obtain approvals and advance viable projects while identifying non-viable opportunities early.

Collected key Information in field of Key parameters of Gas Networks to provide with gas residential areas, which led to 100% Coverage of the area Designed solar systems for houses and commercial places that led to the replacement of the usage of electricity from the city energy grid and allowed the surplus to be sold or stored Collaborated with an engineering team to deliver the final product to solve gas and energy deficiencies in the gas and energy network of the client Surtigas in Bolivar and Cesar

Managed 31 Solar sites with a Combined capacity of 151 MW, comprehending the technical, financial and regulatory aspects of the Solar sites for their efficient operation Led a tripod team for the successful operation of the solar sites, this led the team to successfully resolve problems that affected the generation and safety on site Monitored, analysed and control data using SCADA systems as Neteco, sungrow and others to optimise the KPIs of my 31 solar sites, ensuring reliable operation and efficiency

Quantified the firm’s carbon emissions based on 2022 operational costs (energy consumption, materials etc.) Attended 6 client plants to identify solutions to reduce carbon footprint, while ensuring 100% client retention Categorised the different carbon emissions according to their scope and calculated the GHG Emissions in order to achieve Net zero emissions

Designed the technical drawings to ensure smooth installation projects; my efforts led to increasing reliance on renewable energy by 35% Provided strategic guidance to minimise embedded carbon emissions, resulting in optimised resource utilisation and reduced carbon footprint by 10-20% within surrounding communities

Key Modules: Clean energy and development, fundamentals of the smart energy and the built environment, Industrial Symbiosis, smart distributed energy systems and modelling community energy systems, Smart Meters and optimisation processes Dissertation: Energy flexibility of real Houses

Key Modules: Biochemical Engineering, Material Engineering, Desalination, Water & Wastewater Treatment Dissertation: Investigated metal removal methods in water treatment, identifying aluminium as the most cost-effective coagulation and flocculation agent (Merit)

Key Modules: Chemical and Environmental Engineering (1st) Chemical Processes (2:1), Inorganic Chemistry Instrumentation, Energy and Low Carbon Technologies Dissertation: Assessed the production process of a Cider factory, using process simulation softwares (Hysys and Visio) to analyse mass and energy balances, flows and processes (Top 20% mark)