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2. Small industrial unit 0.5-2.5 ton/hour
After testing raw material examples, a data set is determined to create a small industrial installation. The productivity of the small facility depends on the material and ranges from 0.5 - 2.5 tons per hour. The facility can place on a working, non-concreted surface next to the source of raw materials. The equipment is assembled in containers with outlet sleeves for sorting minerals and dust.
Equipment for excavation and transportation to industrial DEC units must be provide by customer expense.
This installation aims to improve the technological cycles to create an industrial unit of 10 or 20 tons per hour. The next step is to increase the number of container-type work units to achieve the goal.
Once the industrial work units start operating at 10 or 20 tons per hour, the small industrial stop remains balanced or adapted to the same type of raw material with possible deviations.
The proposed eco-technology for dry complex enrichment of gold mining tailings can achieve extraction of finely dispersed minerals and other valuable metals without using water and chemical components.
In
commissioning, the industrial unit will be finalized on-site and
adjusted to the maximum recoverability of gold and, if necessary, other
metals and minerals associated with gold.
This Presentation of
innovative technology for 'Dry complex processing' (DEC) of mineral raw
materials to create highly profitable products for the extraction of
gold from stale gold mining tailings is based on the results of tailing
samples and confirmed by operation in an industrial environment.
Finely dispersed metal is extracted more than 60% in the dry mode of enrichment without water and chemical reagents, and it is environmentally friendly and safe.
The proposed technology allows using all material processing products without waste generation. The equipment has a modular design. It is possible to install modules in open workings, including in urban agglomerations and water shortage conditions.
A specially designed magnetic separator for dry magnetic processing of ores and production wastes is distinguished by an increase in the efficiency of the separation of magnetic and non-magnetic components. The increased efficiency is due to a design feature that eliminates the main drawback of existing separators, the capture of non-magnetic particles by magnetic particles during the collision of flows.
A unique design magnetic separator of dry magnetic enrichment separates particles not only in magnetic and centrifugal fields but also in gravitational ones.
The design features of the equipment make it possible to extract minerals almost without loss, which is not achieved by any known technology.
