Steam reforming of bio-oil derived from biomass pyrolysis is one of the most promising
methods for the production of green hydrogen with minimal carbon footprint. In this context …

Hydrogen stands out as a highly promising clean fuel for the future, owing to its high energy
density and zero carbon emissions during its utilization. Biomass, as a renewable energy …

The current review article discusses contemporary developments in the generation of
hydrogen from bio-alcohols which include ethanol and glycerol, emphasizing the following …

Sorption-enhanced steam reforming (SESR) process is a promising technology aiming at
the production of high purity hydrogen with CO 2 capture. The key to the success of this …

Sorption-enhanced steam reforming (SESR) is a promising intensified strategy for producing
highly pure hydrogen through in-situ CO 2 removal by a sorbent. This work experimentally …

Biomass Fast Pyrolysis and in line Steam Reforming (PY-SR) is promising alternative for H2
production. However, there are potential strategies for intensifying the process, such as …

The combined steam-dry reforming (CSDR) of raw bio-oil with NiAl 2 O 4 spinel derived
catalyst was studied to establish suitable conditions to combine the objectives of CO 2 …

A thermodynamic analysis was performed for the production of synthesis gas and hydrogen
gas from steam reforming of propionic acid, one of the constituents of the bio-oil, using …

Modification of structures of precursors of coke is a method tackling coking in steam
reforming. In this study, HZSM-5 or Mg-Al-LDH, with abundance of acidic sites or alkaline …

All major scenarios highlight the need for significant CO 2 removal from the atmosphere to
achieve the 2050 carbon neutrality targets, with key contribution of Biogenic Energy with CO …