Saltworks is thrilled to help clients lower installation and operational costs and future-proof their plants. This was recently demonstrated through delivery of a modular BrineRefine and XtremeUF system that enables the targeting of ions of value or concern with substantially reduced waste.
BrineRefine—Modular Chemical Reactor
Automated, fully packaged, flexible chemical reactor system
BrineRefine is a smart, compact, and modular continuous stirred tank reactor (CSTR). It executes chemical reactions efficiently and with a high degree of precision. Combine BrineRefine with our other systems to maximize reverse osmosis recovery, remove contaminants-of-concern, or produce valued precipitates such as lithium carbonate.
BrineRefine: Chemical Reactor Re-Invented
Whether in an industrial wastewater treatment chain or refining and producing battery-grade lithium products, BrineRefine optimizes whole processes with excellent controls, economics, intelligent automation, and reliability. It excels in addressing variability in water chemistry.
BrineRefine is designed with modularity, automation, and simple solids management at its heart. A continuous stirred-tank reactor (CSTR) system, BrineRefine consists of modular, factory-built ISO skids with built-in redundancy and expansion capability.
BrineRefine removes impurities in lithium brines by precipitating metals, magnesium, or calcium. BrineRefine also produces lithium carbonate (Li2CO3) and refines it to >99.9% purity. Our lithium infographic gives more information on the processing of lithium brines as produced by direct lithium extraction (DLE).
BrineRefine was originally developed to remove scaling ions in a precise modular package without the need for coagulation, flocculation, and large clarifiers. When partnered with XtremeUF, the combination minimizes footprint while protecting downstream RO membrane health. The package communicates with downstream assets such as reverse osmosis systems—optimizing performance and freshwater recovery and managing scaling risk.
Integrate with XtremeRO to achieve 50% less brine than conventional solutions, with concentrations up to 130,000 mg/L TDS.
BrineRefine can target and remove specific contaminants, such as cyanide, sulfates, or phosphates, avoiding the need for more complex and expensive treatment. Selectively removing one or two constituents of concern to meet a specific treatment or reuse goal is often the most cost-efficient approach, rather than treating an entire stream to freshwater standards.
As a modular and highly automated CSTR system, BrineRefine has broad applicability to many chemical processes. For unique projects with atypical challenges or opportunities, BrineRefine is customizable and adaptable. We have engineered BrineRefine to be a modular flexible platform. Our team is ready to take on your challenge, with pilot plants available to prove performance.
Decrease Your Chemical Costs
BrineRefine keeps treatment or production chains on specification. It avoids expensive and imprecise manual dosing by relying on automated controls, drastically reducing the need for operator intervention, maintenance, and monitoring. It incorporates a one-step, simple solids management system.
Reach out to our experts to discover how BrineRefine fits into your project.
Heavy industry, manufacturing, and natural resource-based industries often use large volumes of water and generate wastewaters requiring treatment. Saltworks designs, builds, and operates industrial wastewater treatment plants with modern membrane, chemical, and thermal technologies that economically and reliably treat tough industrial wastewaters.
With the growing importance of brine management, modernized chemical softening systems can enable economic ultra-high recovery reverse osmosis, minimizing RO brine volume, disposal costs, and reliability risks.
Saltworks brings water mining expertise and advanced desalination technologies to our lithium clients, offering solutions for concentrating, refining, and converting low-grade lithium sources to battery-grade product. We offer higher purity and lower energy processing technology, that boosts yield, removes unit operations, and reduces cost.