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Articles / Case Studies

Collaborative labelling: unlocking next-gen process control

16 April 2026

Modern cement kilns are far more efficient and sustainable than their predecessors, but this progress has come at the cost of increased operational complexity and tighter trade-offs between key performance indicators. As alternative fuel use rises and processes become more interdependent, traditional control strategies struggle to adapt, creating a growing need for control systems that can balance competing objectives while remaining trusted by operators. By Buffy Price, Carbon Re, UK

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Ecocem’s blueprint for low-carbon cement

Case Studies 12 May 2026

Low-carbon binders, particularly those that reduce clinker reliance, are emerging as one of the m...

HPC-based CO2 capture: flue gas testing at Dotternhausen

In an industry where deep decarbonisation has long been discussed more than demonstrated, the sum...

Case Studies 07 May 2026

Engineering for a 50% clinker future

The real challenge of lower-clinker cements lies in producing them consistently, economically and...

Manufacturing Technology 20 Apr 2026

Collaborative labelling: unlocking next-gen process control

Modern cement kilns are far more efficient and sustainable than their predecessors, but this prog...

Case Studies 16 Apr 2026

most read
  • 01 Driving cement decarbonisation at CalPortland
  • 02 Engineering for a 50% clinker future
  • 03 USA: disrupting industry dynamics
  • 04 Collaborative labelling: unlocking next-gen process control
  • 05 USA: an economy and cement market at a crossroads

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