CO₂ Reduction

IPCU (Integrated pressure control unit)

Designed for low maintenance, it optimizes efficiency and extends refractory lifespan. Manages furnace pressure by most simple and sophisticated way on real-time based on the included pressure measurement. It minimizes false air, reduces fuel waste, lowers CO₂ emissions, and enhances productivity.

OptiFlame Melting Technology

The OPTIflame Melting Burner combines numerous cutting-edge technologies to offer low OpEx Air-fuel and high productivity Oxy-fuel benefits. It maximizes heat transfer, improving bath homogeneity and productivity with low CO₂ and NOx emissions. Designed for optimal performance, it ensures energy efficiency and fast ROI for furnaces from 10 kW to 20 MW. All systems are Hydrogen ready.

Oxial Software Solution

Adjusts fuel flow and rotation speeds in real-time to optimize performance and minimize fuel use and emissions. It enhances safety by operating in hazardous environments, reducing risks to workers. The system improves oxygen demand analysis, flame-less combustion, and fuel consumption.

Ladle Pre-Heating

OptiFlame technology for Ladle Pre-heating and Drying reduces fuel consumption and CO₂ emissions by up to 75%, while cutting heating time by 65%. The flameless operation lowers NOx emissions by 80%, improves refractory heating, and extends refractory life, maximizing energy efficiency and ROI in under a year.

Rotary Aluminum Burner

The Rotary fuel system with OptiFlame Combustion Technology efficiently recycles materials like aluminum, lead, zinc, copper, and tin, including scrap and slag oxides. Using oxy-fuel combustion, it maximizes heat transfer, reduces energy consumption, and improves productivity, metal yield, and refractory lifespan.