<img height="1" width="1" style="display:none;" alt="" src="https://px.ads.linkedin.com/collect/?pid=3696924&amp;fmt=gif">
Skip to main content
Metallurgy header

Real-Time Material Intelligence for Mineral Processing and Metallurgy

Have questions or want to chat?

Improve Process Stability and Recovery

Mineral processing depends on understanding what is happening in the process — yet many plants still operate with limited real-time visibility into ore composition, concentrate quality and process variability.

Without timely process data, operations often rely on delayed laboratory analysis and manual adjustments, resulting in:

  • Uncertain and fluctuating material streams
  • Loss of valuable minerals to tailings and waste
  • Process instability, quality deviations and increased operating costs

Timegate brings real-time mineral and process chemistry data closer to the production line, helping mining and metallurgical operations improve process control, recovery and consistency.

Key Challenges in Minining & Metallurgy

Challenge

Limited real-time visibility into material composition

Valuable material losses to tailings and waste streams

Late detection of concentrate quality deviations

Harsh process conditions limit conventional measurement methods

Timegate solution

Real-time monitoring of raw material feed, concentrate and tailings streams

Earlier detection of process deviations and material losses

Better visibility into mineral composition and process chemistry

Measurements directly from slurries, powders, drill cores, pellets and metallurgical samples
Metallurgy

Why Timegate Performs in Challenging Process Conditions

Industrial mineral streams are often difficult to analyze due to fluorescence, dark materials, complex matrices and harsh operating conditions.

Timegated® Raman overcomes many of these limitations by suppressing background interference such as fluorescence, ambient light and thermal emission, enabling reliable material identification where conventional methods often struggle.

The result:

  • Reliable measurements in demanding industrial environments
  • Better suitability for challenging and variable mineral streams
  • Robust performance for dark, fluorescent, opaque and high-temperature samples
  • More practical measurements closer to the production process

Key benefits for Mining & Metallurgy

Checkmark Icon-1
Stabilize processes

React to composition changes in real time

Checkmark Icon-1
Minimize loss

Reduce valuable mineral losses to tailings and improve resource efficiency

Checkmark Icon-1
Improve concentrate quality consistency

And reduce penalties and rework

Checkmark Icon-1
Make better operational decisions
With real-time process insight

Time Gated Raman® in action

High Temp glasslike casio3 bin3_4 row2 scaled SavGol
Reliable Raman Measurements at Extreme Temperatures

At Shanghai University, Time-Gated Raman enables accurate measurements up to 1600 °C by suppressing thermal emission and ambient light interference—revealing clear material changes in real time where conventional Raman struggles.

 

learn more
heat suppression 2_6
High-Temperature Raman Measurement Techniques for Reliable In-Situ Analysis

High-temperature environments present unique challenges for Raman spectroscopy, from strong thermal emission to reduced signal-to-noise ratios. This article reviews key measurement techniques that enable reliable Raman data collection under extreme conditions, including time-resolved methods, UV excitation, and spatial filtering.

learn more
High_temperature_setupBH
Advancing High-Temperature Raman Measurement Capabilities for Industrial Applications

High-temperature Raman measurements are challenging due to thermal background interference. Timegated® Raman technology enables stable and accurate in-situ measurements even under extreme heat conditions.

 

learn more

Talk to our experts!

Whether you work in mining, mineral processing or metallurgy, our experts can help identify where real-time mineral data will bring the most value and how to pilot it in your plant.