Energy, minimized
Thermal, electrical, and heat-recovery optimization in real time.
Energy & emissions · Clinkum ecosystem
Less energy, more alternative fuel, lower CO2. Tuned every minute.
The problem
Pyroprocessing is the biggest cost and the main CO₂ source in cement, an industry that is roughly 7 to 8 percent of global emissions. Every kiln now runs under carbon pricing and CBAM. Producers have to burn more cheap waste fuel, but that destabilizes the flame and the chemistry, and energy and emissions are still tuned by hand.
What it does
Carbex optimizes thermal and electrical energy, heat recovery, alternative-fuel rate, and CO₂, NOx, and SOx across the kiln and mills in one solver. It pushes the alternative-fuel rate as high as it can go without hurting clinker quality, through Clinvue, or the burning zone, through Pyron. It keeps auditable energy and carbon records ready for CBAM and ESG reporting.
Six capabilities, all sharing Clinkum's plant-edge platform, cement models, and audit trail.
Thermal, electrical, and heat-recovery optimization in real time.
Substitution rate pushed as high as stability guardrails allow.
CO₂, NOx, and SOx predicted and kept inside constraints.
Energy, quality, and throughput balanced together, not traded blind.
Accounting built for CBAM and ESG reporting out of the box.
Coordinated with Pyron firing and Clinvue quality.
Where it fits
Carbex is the energy and emissions layer over the loop. It reads Clinvue quality and Pyron's burning-zone state, gets stress-tested in Cemtwin, and shares carbon accounting with Pourix.
Runs on: L4/L40S run the optimizer, Jetson handles edge signals, DGX trains the emissions and forecast models.
Built for
Energy managers, sustainability and ESG leads, plant managers, and alternative-fuel program owners under carbon pricing and CBAM.
See the platformStart with one line, prove the ROI in a quarter, then expand across the fleet.