VOGT participated in a lithium project in the Salar de Jujuy, Argentina, by supplying pumping equipment for concentrated brine processes, feed ponds, evaporation, and harvesting.
In non-metallic mining, operational continuity is a critical factor in ensuring efficient, stable, and reliable processes. This is particularly relevant in lithium operations, where brine handling requires pumping solutions capable of withstanding highly corrosive conditions and meeting specific technical requirements.
At VOGT, we are participating in a project located in the Salar de Jujuy, Argentina, by supplying pumping equipment for concentrated brine processes, brine transfer in feed ponds, evaporation ponds, and harvest ponds.
This application is part of a key process for the lithium industry, where the transfer of brine between different operational stages requires robust, reliable equipment designed to operate in demanding environments.
Brine Pumping for Non-Metallic Mining
Handling brines in lithium operations presents significant technical challenges. The high salt concentration, the environmental conditions typical of salt flats, and the need to maintain process continuity make the selection of equipment and materials a critical factor for operational performance.
To meet these requirements, we supply CBBS 570 model equipment, configured to operate in brine transfer processes at different stages of the operation. Its application involves fluid movement between feed, evaporation, and harvest ponds, contributing to process stability and the availability of the pumping system.
We developed the solution using a comprehensive approach, incorporating manufacturing, applied engineering, specialized consulting, and technical support. This approach allowed us to adapt the equipment configuration to the actual process conditions, taking into account the specific requirements of handling concentrated brine in a lithium operation.
CBBS 570 Equipment: Durability and Reliability in Corrosive Environments
The equipment was manufactured from ASTM A351 Gr. CF8M stainless steel, equivalent to SS 316, a material selected for its performance against corrosive fluids. Additionally, it incorporates a ceramic coating, a feature that helps protect hydraulic components, reduce wear, and extend the equipment’s service life.
This configuration enables the equipment to withstand demanding operating conditions, where material durability, mechanical reliability, and process continuity are critical factors for the customer.
In concentrated brine applications, having an appropriate pumping solution not only impacts fluid transfer but also the overall efficiency of the operation, the reduction of risks associated with unscheduled downtime, and the continuity of the various stages of the production process.
Pumping solutions for lithium projects
This project reflects our experience in developing pumping solutions for non-metallic mining and lithium-related processes. More than just supplying equipment, our approach is focused on delivering solutions tailored to the actual operating conditions and technical requirements of each customer.
At VOGT, we understand that mining operations require equipment capable of reliably integrating into critical processes. Therefore, we focus on applied engineering, appropriate material selection, and sustained performance in the field.
Our participation in this project at the Salar de Jujuy strengthens our presence in lithium pumping applications in the region, providing solutions designed to address the current challenges of non-metallic mining.
Reliability for Critical Processes
The transfer of brine in feed, evaporation, and harvest ponds requires pumping solutions prepared to operate continuously and safely. In this context, reliability is not an additional attribute, but an essential condition for sustaining operations.
At VOGT, we continue to develop pumping solutions for demanding industrial and mining applications, supporting our customers with robust equipment, suitable materials, and technical expertise in handling complex fluids.
