BAS Solution Center
Experience the BAS Laboratory Advantage – where innovation meets precision to drive your project’s success. Our cutting-edge laboratory is designed to replicate industrial-scale operations through meticulously engineered pilot studies, offering you the confidence to invest wisely and streamline your process. With pilot capabilities ranging from a mere 500 grams to an impressive 1 tons, BAS Laboratory applications enable you to validate concepts, optimize performance, and preempt challenges before committing to full-scale operations. At BAS Laboratory, we simulate the complexities of industrial processes on a manageable scale, allowing you to identify and resolve potential obstacles early in the development cycle. Our detailed studies ensure that every aspect of your operation—from material handling to product recovery—is finely tuned to deliver maximum efficiency and cost-effectiveness. Our suite of advanced separation technologies is designed to meet the diverse needs of modern industry. In addition, with the simulation programs we offer, you can scale up lab work very close to reality and get a preview of an industrial-scale facility ando separation techniques, we provide a full spectrum of analytical services that offer deep insight into your materials and processes:
- Magnetic Beneficiation
Low-Intensity Magnetic Separators (0 – 5,000 Gauss) and High-Intensity Magnetic Separators (up to 20,000 Gauss) for dry, wet, or electromagnetic separation. Tailored solutions for optimizing magnetic mineral recovery.
- Davis Tube Test
The Davis Tube (DT) test is a standard laboratory method for determining the ideal magnetic recovery of iron ore using wet low-intensity magnetic separators. This instrument separates small ore samples into strongly magnetic and weakly magnetic fractions, making it an essential tool in assessing the separability of magnetic ores.
- Satmagan Analysis
The Satmagan (Saturation Magnetization) analyzer precisely determines the mass proportion of magnetic material in a sample, ensuring accurate quantification for process optimization.
- Eddy Current Separation
Used widely in the recycling industry, Eddy Current Separation (ECS) efficiently sorts nonferrous metals from nonmetallic materials. This environmentally friendly process leverages time-varying magnetic fields to eddy currents in diamagnetic particles, generating a repelling force that separates materials with high efficiency.
- Electrostatic Separation
Electrostatic separators use charge differentials to separate dry, liberated particles based on conductivity. This technology is widely applied in mineral processing, plastics, and recycling industries to separate conductors from non-conductors.
- Ore Mineralogy & Petrographic Imaging
Gain a comprehensive understanding of your ore’s composition and structure through high-resolution imaging and detailed mineralogical analysis, enabling informed process decisions.
- Liberation Studies
Optimize mineral recovery by determining the most effective methods to liberate valuable minerals from waste, ensuring peak process efficiency.
- Process Engineering & Simulation
From detailed flow sheet design to rigorous mass balance calculations and flowchart simulations, our experts reports and recommendations that meet internationally recognized standards. This holistic approach ensures your process is designed for success and scalability.
Why Choose BAS Solution Center?
- Risk Reduction: Validate industrial processes on a pilot scale to minimize unforeseen challenges during full-scale application.
- Precision & Quality: Benefit from analyses and reports prepared with internationally recognized standards.
- Innovative Solutions: Leverage the latest separation and analytical technologies to enhance operational efficiency and material recovery.
Contact BAS Solution Center immediately for your ore beneficiation works and optimization of your existing industrial facility.
