From concrete to clinker Premium
Recycling returned concrete by co-processing it as an alternative raw material in clinker kilns holds a range of quantifiable environmental benefits, as shown by a recent study ...
451 posts · Page 6 of 46
Recycling returned concrete by co-processing it as an alternative raw material in clinker kilns holds a range of quantifiable environmental benefits, as shown by a recent study ...
As cement plants aim for higher alternative fuel thermal substitution rates, close temperature monitoring of the process is crucial. As TPI Polene’s case study shows, thermograp...
While a range of post-combustion carbon capture technologies are now receiving interest from the cement industry, several aspects of plant operation need to be considered to mak...
As a range of flagship programmes transform India’s infrastructure, the crucial role played by the country’s cement sector takes centre stage. However, to meet its construction ...
While artificial intelligence (AI) dominates today’s headlines, progenitors of these systems have been meaningfully applied in cement logistics for much longer. For over 25 year...
Electric kilns are quickly advancing from laboratory testing to pilot projects, bringing with them the tantalising possibility of large-scale emissions reduction for the cement ...
Research into the electrification of clinker heating with energy-saving plasma systems holds the potential to cut carbon emissions and bring sustainable cement production a step...
Advanced injection systems for evaporative cooling can prevent excessive flue gas cooling, eliminating the need for costly reheating before the selective catalytic reduction (SC...
The Heidelberg Materials plant (formerly Giant Cement) in Harleyville, USA, faced recurring snowman build-up in its clinker cooler, leading to frequent maintenance, manual clean...
Competition for waste fuels is set to intensify in the coming years as demand for this feedstock grows. How can cement producers future-proof their operations against this shift...