Dr. Khaled Al-Hamed

Dr. Khaled Al-Hamed has been a member of Linktree for 1 year and joined in November 2024. The social media accounts linked to from Dr. Khaled Al-Hamed are: • WhatsApp • Email Besides social media accounts, khaledalhamed has populated their site with: • Open For Consultations • US20230357934A1 - Modular electrolysis system and method for fuel generation in a solid-oxide electrolysis cell - Google Patents • US20230279559A1 - Modular electrolysis system and method for fuel generation in a solid-oxide electrolysis cell - Google Patents • ‪Thermodynamic Comparison of Cooling Options for Clean SOFC-Powered Locomotives‬ • ‪Integrated System Based on Ammonia Alkaline Fuel Cell with Heat Recovery‬ • Experimental investigation of a new ammonium bicarbonate reactor induced with an electromagnetic heater • ‪Exergoeconomic Analysis of an Ammonia Fuel Cell-Based Integrated System with Two Organic Rankine Cycles‬ • A new direct ammonia solid oxide fuel cell and gas turbine based integrated system for electric rail transportation • A Multigenerational Solar Energy-Driven System for a Residential Building • ‪Reversible solid oxide fuel cells for hydrogen production and CO2 utilization‬ • A comparative review of potential ammonia-based carbon capture systems • Investigation of elastocaloric cooling option in a solar energy-driven system • Development of a solar farm powered quadric system with thermal energy storage option • Investigation of a concentrated solar-geothermal integrated system with a combined ejector-absorption refrigeration cycle for a small community • Exergoeconomic analysis and optimization of a solar energy-based integrated system with oxy-combustion for combined power cycle and carbon capturing • Modeling and experimental investigation of renewable energy and ammonia-based systems for carbon capturing and useful outputs • Development and optimization of a multigeneration geothermal and solid-oxide fuel cell-based integrated system with carbon capturing • Natural gas as a transitional solution for railway powering systems: Environmental and economic assessment of a fuel cell based powering system • A novel multigeneration ammonia-based carbon capturing system powered by a geothermal power plant for cleaner applications • A new solar energy-based integrated carbon capturing system with a gas turbine-supercritical CO2 combined power cycle • Analysis and economic evaluation of a unique carbon capturing system with ammonia for producing ammonium bicarbonate • A novel ammonia molten alkaline fuel cell based integrated powering system for clean rail transportation • Integrated system based on ammonia alkaline fuel cell with heat recovery for multigeneration • A novel ammonia solid oxide fuel cell-based powering system with on-board hydrogen production for clean locomotives • Multi-objective Optimization of Hydrogen Production in Hybrid Renewable Energy Systems • Analysis and optimization of fuel cell based integrated powering systems for clean rail applications • A novel integrated solid-oxide fuel cell powering system for clean rail applications • Investigation of an integrated powering system for clean locomotives with solid-oxide fuel cell with heat recovery organic Rankine cycle • Development and optimization of a novel solid oxide fuel cell-engine powering system for cleaner locomotives • Comparative evaluation of fuel cell based powering systems for cleaner locomotives