Sentence examples for coal utilisation from inspiring English sources

Integration of electricity generation with liquid fuel production is a viable strategy towards maximising coal utilisation and hydrocarbon supply.

The study has been undertaken to develop a better understanding of the effect that the variations of mineralogical compositions, as a result of smouldering, have on the technological properties important for coal utilisation.

Coal utilization can cause problems.

In theory, recharging electric vehicles during off-peak hours should help utilities "fill the valley"—the trough in electricity demand between midnight and six in the morning, and thereby get better utilisation from their coal- or gas-fired generating stations.

In practice, low ash and sulphur content coal are best suited for utilisation as thermal coal in blast furnaces due to its impact on product quality and process efficiency.

Alternatively, the direct utilisation of high-quality thermal coal for blast-furnace production otherwise called "pulverised coal injection" technology (PCI) (Ishii 2000; Kalkreutz et al. 2005; Osorio et al. 2006; Pohlmann et al. 2010; Zhao et al. 2015).

This paper is presenting, through various illustrative coal-based examples, the carbon capture, utilisation and storage (CCUS) technologies used to reduce the carbon footprint of the overall processes.

The utilisation of biomass in coal-fired power plants can mitigate CO2 emissions, especially when combined with carbon capture and storage (CCS) technologies, such as oxy-fuel combustion.

Compressing biomass to the bulk density of coal would have the advantage of potential utilisation of the existing coal logistics infrastructure, as well as allowing co-combustion by adding biomass directly to the coal stream.

The chapter concludes with a short discussion on future perspectives for the utilisation of lignocellulosic biomass and coal as energy vectors.

Heterojunction formation between the visible light absorbing CoAl-LDH and UV light absorbing P25 semiconductors extends utilisation of the solar spectrum, while the solid basicity of the CoAl-LDH increases CO2 availability at photocatalytic surfaces.