This study presents the synergy of high ash coal with different biomass when blended in
different ratios for co-gasification using a fluidized bed gasifier. The moisture, CO 2, oxygen …

This study presents process design and thermodynamic analysis of hydrogen production
through a novel two-stage sorption-enhanced gasification (SEG) process. The SEG process …

The current study demonstrates the synergistic effect of co-gasification of high-ash Indian
coal and biomass (press mud and sawdust) blends in varying proportions in a pilot-scale …

Biomass-based integrated gasification combined cycle (BIGCC) is a power generation
technology to convert biomass fuel to electricity. In view of biomass gasification …

N-doped carbon material constitutes abundant of micropores and basic nitrogen species
that have potential implementation for CO 2 capture. In this paper, porous carbon material …

A novel ignition strategy using multi-channel sparks was developed in this paper. Compared
with the typical single spark, the three-channel spark ignition technique enables three …

For the pressing need to reduce oxygen production cost of coal gasification and to utilize
carbon dioxde in an effective approach, this present work, from the view of thermodynamic …

This study evaluates the biomass-to-synthetic natural gas (SNG) using calcium looping
gasification (CLG) with CaO sorbent (CLG-SNG) via thermochemical methods. The CLG …

The performance of an innovative hydrogen production technology, which is based on a
coal gasification system integrated with a dual chemical looping process, namely, chemical …

To simultaneously produce synthetic natural gas (SNG) and char from biomass, this paper
proposed a novel cogeneration process via pyrolysis-coupled hydrothermal gasification …