Biomass pyrolysis within the alkaline molten salt is attractive due to its ability to achieve high
hydrogen yield under relatively mild conditions. However, poor contact between biomass …

The present study explores the bioenergy potential of animal manure based on the
physicochemical and thermogravimetric analysis. This study examines the thermal …

Pyrolysis of algae in molten carbonates driven by concentrated solar energy is proposed as
an economical and environmentally friendly method to obtain capacitive carbon for …

Molten salt electrolysis offers an attractive pathway to net-zero emission manufacturing,
including the electrolysis of carbon dioxide to generate high value carbon materials. This is …

Here graphite was found to undergo carbon/carbonate gasification at 800° C, resulting in
exfoliation of graphite to form turbostratic carbon. The lattice distance of graphene sheets in …

This paper presents the impact of thermal lag on the progress of different coal types'
gasification by CO2. The analysis was performed using thermogravimetry and numerical …

The effect of pressure on the thermochemical conversion of woody biomass and lignin in the
presence of carbonate additives has been investigated at moderate temperatures (600 and …

Over the past decades, continuous effort to develop innovative commercialized techniques
has been employed in bioenergy generation and biofuel production, including efficient …

Αντικείμενο της παρούσας διπλωματικής εργασίας είναι η διερεύνηση της επίδρασης των
καταλυτών στην διεργασία της αεριοποίησης ελληνικών στερεών καυσίμων, όπως ο λιγνίτης …