Our Impact

Temperature, Oxygen, and Chemical Composition Control 
Save energy and reduce CO2 emissions by accurately measuring and controlling the temperature, oxygen, and chemical composition of steel and slag in the EAF. This improves process efficiency, increases yield, and reduces refractory usage.

EAF Steel Bath Level Control 
Accurately monitoring and controlling the EAF steel bath level, hot heel level, and end-point bath level decreases electrical energy input per heat, graphite electrode consumption per melted ton, and CO2 emissions. It also improves process efficiency, reduces waste, and saves raw materials.

Improved Safety Measures 
By monitoring and controlling EAF steel bath level, we enhance process efficiency and reduce carbon emissions but also improve workers' safety by mitigating risks associated with excessive steel bath levels.

Temperature Control 
Reduce tap-to-tap time and energy usage per heat with accurate temperature measurements and control, resulting in reduced CO2 emissions.

Bath Height Control 
Monitoring and optimizing the bath height in ladles enables better ladle filling and power consumption optimization. This increases production efficiency and reduces energy use and CO2 emissions.

Oxygen Activity Control 
Precise measurement and control of oxygen activity in liquid steel and slag enhance ladle furnace performance, reducing slag oxidizer consumption, energy use and CO2 emissions.

Hydrogen Control 
Measuring hydrogen in liquid steel ensures high process efficiency and prevents hydrogen-induced sticker breakouts, reducing scrap in slab/billet casting and minimizing waste 

Temperature, Oxygen, and Chemical Composition Control 
Accurate measurement and control of these parameters enable efficiency improvements and CO2 savings

Temperature and Superheat Control 
Continuous monitoring and control of temperature and superheat throughout the continuous casting process improves casting efficiency and reduces energy usage, CO2 emissions, and scrap due to defects.  

Chemical Composition Control 
Fast, representative, and safe sampling of the chemical composition of liquid steel enables efficient process monitoring, ensuring high-quality steel production. 

Hydrogen Control 
Measuring hydrogen in liquid steel prevents hydrogen-induced sticker breakouts and reduces scrap in slab casting, enhancing process efficiency and minimizing waste.