A CO shift conversion device integrates a membrane-based CO2 removing unit upstream of the catalyst layer to lower gas CO2 concentration before reaction.
Vacuum-kilned moulded insulation bodies with alumina sol binders prevent binder expulsion in steam reforming cracking tubes.
Embedding a hydrogen generator and catalyst in PET walls actively scavenges oxygen ingress, extending shelf life without compromising container clarity.
Separating by-product gas into purified and residual streams reduces purification complexity while maintaining catalyst protection in fuel cell systems.
A catalytic reactor integrates a porous flame arrestor with a modular catalyst assembly for safe operation.
Dissolving CO2 in water and injecting it into reactive mafic rock to precipitate carbonate minerals, eliminating deep well compression costs.
A nano Ni-CeO2 catalyst enables partial oxidation of methane at 450 to 800 degrees Celsius.
Chemical looping combustion generates high-purity hydrogen from biomass pyrolysis gas, eliminating complex purification steps and reducing operational costs.
A nanocrystal bilayer tandem catalyst assembles distinct metal-metal oxide interfaces to drive sequential chemical reactions.
Methane dry reforming converts carbonates into metal oxides for cement clinker synthesis while generating syngas.
Grinding and classifying carbonaceous feedstock before contacting with alkali metal catalyst solution to create free-flowing particulate.
Concentrated solar dish heats atomized glycerol mist inside a gasifying reactor to produce syngas, bypassing costly purification steps.
Thermal decomposition of waste flare gas methane yields hydrogen fuel for power generation while eliminating greenhouse gas emissions from traditional flaring.
Bimodal alkali-promoted low nickel catalysts maintain activity at elevated temperatures, resolving the contradiction between productivity and stability.