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How to recover valuable elements economically and efficiently in the face of new ore sources, new types of ores or unknown ores with complex properties? orepartner Exploratory Beneficiation Test Service provides you with scientific and systematic research methodology, and through multi-schemes and multi-conditions exploratory tests, we can quickly find out the selectivity of the ores, determine the direction of the technology, and provide the key technical support for the subsequent development and decision-making.
Evaluation of new ore types: first contact ore types, lack of reference for sorting process
Complex and difficult-to-process ores: poor results of conventional methods, need to find new processes, new agents
Selection of technical route: Comparison of multiple sorting methods to determine the optimal technical route.
Basis for investment decision: provide technical feasibility basis for acquisition of mining rights and project establishment.
Pre-scientific research: Provide basic research support for the development of new processes and new chemicals.
We start with the understanding of the ore itself:
Chemical composition analysis: multi-element analysis to identify the content and distribution of valuable and harmful elements.
Mineral composition identification: quantitative analysis of mineral composition by means of microscopy, MLA, etc.
Characterization of embeddedness: to identify the particle size of useful minerals, embedded relationships and dissociation characteristics
Physical and chemical properties: Determination of ore density, specific magnetization coefficient, electrical properties, surface properties, etc.
Based on the nature of the ore, we systematically carry out:
Crushing and milling characterization test: to determine the suitable crushing and milling process and product size.
Feasibility test of re-election: try shaking table, spiral chute and other re-election methods.
Magnetic separation feasibility test: carry out magnetic separation tests with different field strengths.
Flotation exploration test: try various pharmaceutical systems to find effective collectors and inhibitors.
Combined process test: explore the feasibility of combining various methods such as heavy, magnetic and flotation.
New process experiment: try special methods such as bioleaching, chemical treatment, etc. when necessary
We adopt advanced experimental methods:
Orthogonal test design: scientific arrangement of test programs, reducing the number of tests and improving efficiency.
Modern testing technology: adopting ICP, XRF and other rapid analysis methods to speed up the test process.
Process mineralogical tracking: tracking the direction of minerals through Mineral Dissociation Analysis (MLA).
Numerical simulation assistance: using process simulation software to optimize the test plan.
Complete research system from ore properties to sorting process
Multi-schemes, multi-faceted comprehensive technical exploration
Scientific and standardized testing process and quality control
Deep technical accumulation and rich experience in research and development
Continuous tracking and application of new technologies and new agents
Able to propose innovative solutions that break through the routine
Objective analysis and judgment based on test data
Comprehensive assessment of technical feasibility and economic rationality
Clear and precise technical recommendations and next step direction of work
Rapid response and timely initiation of test work
Shorten the research cycle by conducting multiple tests in parallel
Stage-by-stage results reporting and communication mechanism
Detailed test report: including ore properties, test program, result data and analysis conclusions.
Recommended process flow: propose a technically feasible and economically reasonable recommended process flow.
Preliminary technical and economic evaluation: conduct a preliminary economic evaluation of the recommended program.
Suggestions for the next step: propose contents and suggestions for further in-depth research.
All raw data: Provide complete test records and analytical data.
Sample reception and preparation: Receive representative samples for crushing, reduction and preparation.
Ore characterization: carry out systematic process mineralogical studies.
Program Design and Discussion: Develop a detailed test program based on ore properties.
Exploratory test implementation: carry out systematic exploratory tests according to the plan.
Data Compilation and Analysis: Compilation of test data and analysis and evaluation
Report Preparation and Delivery: Preparation of the final report and delivery of the technical report.
Don't let the development of unknown ores stop at the starting point!
orepartner's exploratory mineral processing test services provide you with professional technical pathfinding and decision support.
orepartner - Explore the unknown, create the possible!


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