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Ore and pulp analyzers
Accurate analysis for efficient mining processes
Our flow analyzer provides accurate ore and pulp analyses throughout the entire process, ensuring optimal results.
Advantages
Scientific capacity
the work is supervised by the candidate of physical and mathematical Sciences, who defended his dissertation
Extensive experience
company experience - more than 15 years of intensive work in the field of problem solving
Turnkey work
the entire cycle of work - from the first request to the implementation of the equipment
Own research
we take on the complex tasks of analyzing elemental composition at enterprises
Equipment
ARP-2C
in-line X-ray radiometric analyzer
About us
"Slurry&Ore XRF analyzer" LLC is a research and production company specializing in the implementation and support of equipment for determining the elemental composition of ore in the stream for mining and processing enterprises.
15 years of experience of our employees in the field of X-ray fluorescence analysis allowed us to develop an in-line analyzer that provides accurate analysis of ore and pulp at all stages of beneficiation
Process automation
Control and automation of technological processes at mining and ore dressing enterprises with the help of in-line X-ray fluorescence on-line analyzer AKP-1C.
Unique development
More than 15 years of experience in the field of X-ray fluorescence analysis has allowed us to develop an in-line analyzer that provides accurate analysis of ore and slurry at all stages of beneficiation - from input control to the analysis of finished concentrate and tailings.
Scientific capacity
General Director of the Company - Candidate of Physical and Mathematical Sciences (NNRU MEPhI). The subject of his thesis is "Development of methods to improve the sensitivity and accuracy of fluorescence X-ray radiometric analysis of the composition of complex media in a wide range of atomic numbers".
Employees of the company constantly publish articles in scientific journals and speak at international conferences and exhibitions.
Why is it important?
Application of modern scientific solutions to improve process control is to increase process stability and production efficiency.
Increase in flotation quality
rapid response and process management
Process Automation
human factor reduction
Operational efficiency of analysis
real-time results
No sample preparation
reduced costs for sample preparation
Measurement of quality indicators
identifying potential for improvement
Comprehensive assessment of indicators
process control and monitoring
Useful articles
Industrial information networks
A feature of modern production is the close interaction of technological (production) and information flows.
Each level has its own characteristics in terms of the type of information transmitted, ...
Types of ores
Ore is a mineral substance (rock) from which it is economically feasible to extract useful components (metals). The main criterion for classifying ores was the difference in the processing and enric...
Copper-nickel ore beneficiation technology
Currently, 53 nickel minerals are known, most of which formed at high temperatures and pressures, as well as during the solidification of magma or precipitation from hot aqueous solutions. Nickel is...
FAQ
The radionuclide source does not penetrate the entire layer on the tape. It analyses the surface of a layer that is about a few millimetres thick. But due to the large illumination area and continuous, in-line analysis we obtain representative data.
There is scientific substantiation and practical proof that it is not necessary to measure the entire thickness of the layer to obtain a representative analysis.
Yes, the device is non-contact.
