EN
Polymetallic ore
Compact, Accurate, and Low-Maintenance.
What is SO-XRF-A2
The SO-XRF-A2 inline batch / slurry analyser is a game-changing tool for professionals in the iron ore industry. It provides fast and accurate analysis of materials, enabling real-time monitoring of the composition of the mined rock. Here are some of the key features of SO-XRF-A2 that make it an essential tool for iron ore industry professionals
Speed of obtaining results
SO-XRF-A2 provides accurate results in real-time, allowing for quick decision-making and process optimization. This reduces the risk of errors and saves time, resulting in increased productivity and efficiency.
Real-time monitoring of composition of the mined rock
With SO-XRF-A2, industry professionals can monitor the composition of the mined rock in real-time. This enables better quality control and ensures that production processes are optimised for the specific materials being mined.
Installation directly into the conveyor belt
SO-XRF-A2 can be installed directly into the conveyor belt, making it a seamless part of the production process. This reduces the need for additional resources and streamlines the workflow.
Ability to work with both batch and slurry
SO-XRF-A2 is versatile and can work with both batch and slurry samples. This makes it a valuable tool for businesses that require different types of analysis for their production processes.
How SO-XRF-A2 works
The SO-XRF-A2 inline batch / slurry analyser is a powerful tool that helps iron ore industry professionals measure mineralogy and ultra-low elemental composition in slurry form.
The analyser uses X-ray fluorescence (XRF) technology to shoot high-energy radiation at a sample, exciting the atoms and causing them to emit X-ray fluorescence radiation.
These fluorescent x-rays enter a detector and send electronic pulses to a preamp, which amplifies the signals and sends them to a Digital Signal Processor (DSP).
The DSP collects and digitises the x-ray events and sends the spectral data to the main CPU for processing.
The analyser is capable of measuring both mineralogy and ultra-low elemental composition directly on a process-stream, without the need for labour-intensive, time-consuming and potentially error-prone sampling.
It includes a combination of improved matrix material corrections and particle size corrections so that it can be used for a variety of applications without the need for regular re-calibration.
Inline Analysis vs. Laboratory
Inline Analysis
- Results in real time
- No need to transport samples to the laboratory
- No additional room required, the analyser works directly in the shop
- Low weight and small dimensions of equipment
- Ability to set any number of points, from 1 to infinity
Lab Analysis
- Delayed analysis result. Until the result is obtained, approximately 1200–1800 tons of raw materials will be processed
- Need to transport samples to the laboratory. A separate slurry pipeline will be required for a liquid product
Economic benefits
After implementation
5% to 8% increase in factory productivity.
An increase in the extraction of metals by 0.5–5.0%.
Reducing reagent consumption by 10-15%.
Decrease in the cost of final products.
Upon purchase
The price is twice lower than the cheapest analogue on the market.
Small dimensions and high operational characteristics allow installing the analyser in any point.
Any number of control points, from 1 to infinity.
No cost to build a sample delivery system.
What is SO-XRF-A2
Real-Time
SO-XRF-A2 provides instant feedback for process optimisation, leading to increased efficiency and productivity.
Accurate
Reliable and consistent analysis of iron ore samples reduces the risk of errors.
Compact
Easy installation and integration into existing production lines, reducing the need for additional space and resources.
Low Maintenance
Low maintenance requirements for improved profitability and downtime minimisation.
How SO-XRF-A2 Implemented
1
Install the SO-XRF-A2 analyser components, including the X-ray sensor, power supply, detection system, device control and uphole communications.
2
Install an on-line slurry analyser to measure Fe assays accurately and monitor and control the silica content.
3
Connect the analyser to a host computer for real-time data output and monitoring.
4
Utilise online XRF analysis to monitor and control the process.
Get Your Competitive Advantage!
From 10.00 to 17.00 local time (GMT +6), Monday to Friday.
050040, Republic of Kazakhstan, Almaty, Medeu district, Zhamakaeva street, 99, office 218
