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Iron & Steel

Enhancing productivity and quality through AI-driven process edge operations, reducing energy consumption,

lowering carbon emissions, and strengthening the implementation of ESG standards.

Achieving process optimization and high equipment reliability,

while generating detailed ESG reports in real-time to increase transparency in industry governance.

Ensuring industry compliance with standards and further promoting green transformation.

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Coking Coal

Down Coiler

Iron Ore

Scrap

Finishing Mill

Continuous Pickiing

Blast Furnance

Torpedo Car

Converter

Over Head
Crane

Ladle Turret

Electric Arc Furnce

Wire Rod / 
​Bar Mill

Reheating

Continuous
Casting Machine

Descaler

Roughing Mill

Descaler

Reheating

Cold Rolling

Continuous Annealing

Melt Shop
.In-depth analysis of historical and real-time data to dynamically adjust the operating parameters of the furnace
 (such as temperature, pressure, etc.), maximizing energy efficiency and reducing energy consumption and costs.

.Analysis of equipment operating data to predict the risk of equipment failure, allowing for proactive maintenance
 scheduling to avoid production interruptions and improve equipment utilization.
.Real-time collection and analysis of data during the smelting process to provide immediate feedback and adjustment suggestions.
.Dynamic adjustment of heating levels to reduce alloy additions. By fine-tuning the heating temperature
 before casting, energy consumption is further reduced.

For more information, please feel free to contact us
Casting
.Predict mechanical performance and divert
 high-risk products.
.Reduce surface defects by optimizing continuous
 casting machine parameters.
.Lower energy consumption by optimizing the
 overheating temperature of the intermediate ladle.

For more information, please feel free to contact us
Hot rolling
.Optimize mill process parameters to minimize downgrades or scrap.
.Simulate mechanical test results to ensure product quality.
.Forecast roll wear to determine optimal maintenance times.

For more information, please feel free to contact us
Cold rolling
.Use AI algorithms to analyze historical data and dynamically adjust cold rolling parameters to improve product quality
 and production efficiency.
.Analyze production data to identify factors affecting product quality and provide adjustment recommendations
 to reduce scrap rates.
.Real-time monitor the production process through sensors and AI systems to promptly detect anomalies and adjust parameters.
.Optimize energy usage, reduce production costs, and improve environmental benefits.


For more information, please feel free to contact us
AI-powered condition monitoring

AI-powered condition monitoring

Using AI for process optimization

Using AI for process
optimization

Custom AI applications

Custom AI applications

Professional consulting services

Professional consulting services

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