Syngas and biochar production are mainly influenced by temperature, feedstock properties,
gasifying agent, pressure, and the mass ratio between gasifying agent and feedstock with …

Rapid depletion of fossil fuel and CO 2 mitigation are two major challenges in the modern
society. CO 2 gasification of carbon-neutral biomass could be an attractive technology to …

The high ash content of coal poses two critical challenges in conventional gasifiers:(a) ash
agglomeration and (b) low-quality syngas. The ash agglomerations are caused by the …

Thermochemical conversion of CO 2 with biomass to CO in fluidized bed gasifiers is
promising for a sustainable carbon economy. Knowledge about this process is expanded by …

To reduce the carbon emissions in power sector, a biomass-based integrated gasification
combined cycle (BIGCC) with oxy-fuel combustion is proposed. The syngas generated from …

The present research is focused on the gasification study of a lab-scale pressurized
circulating fluidized bed (PCFB) gasifier considering low-grade Indian coal and biomass …

This paper presents a detailed investigation into the effect of pressure, temperature and
particle size distribution (PSD) on the minimum fluidization velocity (U mf). A series of …

The effects of the total pressure (0.1–1.3 MPa) and the CO 2 partial pressure (0–0.45 MPa)
on the physical structural properties, chemical structural properties and reactivity of Shenhua …

Abstract Effect of gasifying agents, such as air, oxygen-enriched air, air-steam, and oxygen-
steam, on sawdust gasification was investigated in a novel pilot scale bubbling fluidized bed …

A gasifier employs partial ignition of biomass and conversion to gaseous fuels of high
calorific value. Bubbling fluidized bed gasifier is a promising one amongst other gasification …