AR

Ahmed, Radwan

PhD Student
Scotland Academia
About

– Numerical investigation on combustion and emission characteristics of NH3/H2 on planar combustor – Parametric study of biodiesel production process experimentally – Mathematical modelling and optimization of biodiesel production process through response surface methodology – Design and manufacture a controlled batch-biodiesel production test rig for large scale production – Investigate the effect of various biodiesel blends on the combustion and emission characteristics of direct injection diesel engine experimentally – Mathematical modelling and optimization of the engine power and emissions fueled by various biodiesel blends through response surface methodology – Parametric study of biodiesel production process using Nano-catalyst material experimentally – Study the effect of diesel/biodiesel/Nano-additives and emulsion fuel blends on the combustion and emission characteristics of direct injection diesel engine. – Mathematical modelling and optimization of the engine power and emissions fueled by diesel/biodiesel/ Nano-additives and emulsion fuel blends – Procurement and logistics, responsible for acquisition of lab instruments and consumables

Expertise Keywords
Biofuels Biomass Combustion Gasification Heat and power Hydrogen Pyrolysis Research
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