GINZA FZE / Industrial technology
Intellectual propertyGINZA holds intellectual property for metallurgical slag and ore processing. The concept combines material preparation, beneficiation and further recovery to obtain useful products from complex raw materials.
Crushing and size classification prepare the feed and help liberate valuable components. Gravity and magnetic separation then use differences in density and magnetic response to produce enriched fractions.
Material preparation · Crushing · Gravity separation · Magnetic separation
Where the material and target product require it, chemical treatment forms part of the wider processing route. The approach is selected for the composition of the intermediate product and its suitability for further recovery.
A treatment route selected for each material
Enriched intermediate products may move to metallurgical treatment to obtain marketable products. The stages are considered together, with a metal balance that connects feed characteristics, recovery and final outputs.
Intermediate products · Metal recovery · Marketable outputs
The combination of stages is defined by the project. Each material requires its own process assessment.
Project assessment
Understand first. Design next.Before a processing complex is selected, the feed material and operating conditions need to be understood. A comprehensive assessment provides the basis for the technical and economic concept.
Talk to GINZA about your materialChemical and mineral composition establish what the material contains. Sieve analysis, crushability, abrasiveness and magnetic activity help determine how it can be prepared and separated.
Quantitative and qualitative process schemes describe the movement of material through the complex. Water and slurry flows are considered alongside the metal balance, which is used to assess the efficiency of the proposed route.
Plant configuration takes account of the climate, fuel and energy availability, water requirements and logistics. These conditions shape the equipment selection and the practical layout of the project.
The assessment considers recovery of non-ferrous and precious metals where they are present, together with potential uses of residual mineral fractions. Product quality and suitability for other industries must be evaluated for each material.
From concept to operation
Built around the individual projectA recovery project connects the material source, the beneficiation complex, the products and the future use of the site. GINZA’s approach considers this complete sequence.
For slag deposits, staged development considers the full depth of the deposit and its different horizons. The original concept includes fan-shaped working areas designed to accommodate ongoing disposal where site conditions allow.
An integrated beneficiation complex is configured for the material and site. Equipment development, manufacture and commissioning are considered as part of a coordinated project, with processing and product preparation on site.
Material recovery is considered alongside the management of residual fractions, opportunities for their use in other industries, and plans for land and soil restoration as the project progresses.
Resource responsibility
Efficient use of materials and water is a design priority. Environmental performance depends on the feed, the selected process and the conditions of each project.
Water used in washing is clarified and returned to the process. A recirculating water system is part of the processing concept.
Assess the potential to use tailings and mineral fractions in products for other industries, reducing the need for new accumulations.
Plan the development of existing deposits together with residual-material management and the restoration of the land.
04 / Contact GINZA
United Arab EmiratesContact our team for petroleum products, petroleum coke or industrial technology enquiries.