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 …

The hybrid direct coal fuel cell (HDCFC) is a promising technology for the generation of
power using coal, which is abundant and cheap. However, restricted contact between the …

Molten carbonate direct carbon fuel cells (MC-DCFCs) allow the efficient and clean use of
coal. In this study, a novel anode structure is designed, and the performances of six coal …

The comprehensive results regarding the physicochemical properties of carbonaceous
materials that are obtained from pistachio shells support their usage as solid fuels to supply …

Direct carbon fuel cells (DCFCs) are an efficient energy‐conversion technology capable of
generating electricity with carbon‐dioxide‐capture chemistry with solid carbon as fuels. The …

Bulk electrodes are used in molten salt electrolysis as consumable graphite anodes for
existing aluminium production (producing CO 2) as well as for oxygen evolution anodes in …

Electrochemical ammonia generation allows direct, low pressure synthesis of ammonia as
an alternative to the established Haber-Bosch process. The increasing need to drive …

This paper investigates the impact of kaolin, a dominant coal mineral, on the thermal and
electrochemical behaviour of the molten ternary carbonate eutectic ((Li, Na, K) 2 CO 3) in the …

Lowering the operation temperature of solid oxide fuel cells (SOFCs) is an urgent task in the
whole world, since the high operation temperature of conventional SOFCs (700-1000 C) will …

Abstract The GPR (Ground Penetrating Radar) conference in Hong Kong year 2016 marked
the 30th anniversary of the initial meeting in Tifton, Georgia, USA on 1986. The conference …