Reagents for Mineral Leaching Processes
Pionera® biopolymer reagents increase value and productivity in leaching by improving recovery, throughput and reducing leach time. Pionera biopolymers are non-toxic, easy to handle and have minimal Health, Safety and Environmental issues.
Pionera biopolymers are versatile additives that increase your returns.
Borregaard has devoted considerable research and development effort towards identifying the most suitable biopolymers for use in leaching applications. Evaluations, both internally and externally with consultants and customers, have demonstrated our products’ performance in various ores. These efforts have led to the development of superior natural polymers optimised for performance under various metal recovery conditions.
Proven Benefits:
- Improved recovery of gold, copper, nickel, zinc, and other metals
- Reduced leach time
- Increased throughput and production
- Less downtime due to fewer maintenance stops
- Environmental advantages over synthetic reagents.
- Disperses elemental sulphur
- Better oxidation
- Limits scale formation: positive heat transfer is better maintained
Example of recovery improvement of a leach process with different Pionera biopolymers.
Borregaard offers knowledgeable technical assistance to help choose the right Pionera biopolymer for your operation and ore type. Facilities are available for formulation development and product evaluation.
Performance data
Viscosity reduction in gold ore
Important viscosity reduction with pionera l-625 allows for maintaining the designed solid content and plant throughput.
Pionera l-800 for african gold mine
The study showed significant increases in gold recovery and process throughput.
Zinc autoclave leaching
Reduced leach times with the use of pionera l-800.
All you need to know about mineral processing
Mineral processing is the art and technology of treating ores from mining areas in order to separate the valuable minerals from waste rock. it includes processes to provide a more concentrated material for the procedures of the following extractive metallurgy. the three main processes to increase the concentration of minerals are leaching, flotation and gravity concentration. recently ore sorting by xrf-technology became increasingly relevant.