NO-CODE AI IN THE MINING, METALS AND MINERALS INDUSTRY

Mining companies and refineries are confronted with significant challenges when producing valuable minerals and metals for the manufacturing industry. Increasing product demand, emissions requirements, high energy consumption, machine downtime, and on-site and cyber safety are only some issues mining managers have to manage.

Utilizing no-code AI in the mining, metals, and mineral industry facilitates cost-effective, efficient, and sustainable operations.

The Intelecy no-code AI platform enables plant and factory workers closest to the process lines to increase efficiency, prevent unplanned downtime, reduce energy consumption, reduce greenhouse gas emissions, and much more.

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INCREASE ENERGY EFFICIENCY AND REDUCE EMISSIONS

Get actionable insights to reduce energy consumption and increase asset health without reducing production efficiency.

Customer case

AVOID UNPLANNED DOWNTIME

Avoid accidents and unplanned downtime with data-driven predictive maintenance. By creating and using no-code anomaly detection machine learning models, you can receive early warnings and act when needed.

Customer case

ENSURE COST-EFFECTIVE EXTRACTION OF MINERALS

With user-friendly operational tools, the people closest to the process lines can test hypotheses, make data-driven decisions, and reduce costs quicker by improving quality, yield, and efficiency.

Customer case

"Intelecy can be used for more targeted maintenance, earlier notification of equipment faults, and to avoid unplanned stops or breakdowns and reduces maintenance costs.”

TROND WILSON, MAINTENANCE ENGINEER AT GLENCORE

TAKE THE FIRST STEP TOWARDS ADOPTING NO-CODE INDUSTRIAL AI

Intelecy is a trusted and proven industrial AI platform in the food and beverage industry. Intelecy ingests hundreds of millions of data points daily, utilized in thousands of machine learning models trained to optimize production.

Explore your data with the power of AI to get the insights needed to reach your efficiency and sustainability goals.