XRT Trona Ore Sorting for High-Purity Beneficiation

The patent applies preliminary action by implementing sensor-based sorting and beneficiation systems before the main processing stage. Sensors detect and identify high-grade trona ore particles in advance, allowing them to be separated from waste and low-grade material prior to further processing. This pre-sorting action increases the purity of the feed material that enters subsequent processing equipment, thereby reducing processing costs and improving overall efficiency.

The patent replaces traditional mechanical sorting methods with sensor-based detection systems. Instead of relying solely on mechanical means to separate ore particles, the system uses sensors (such as optical, acoustic, or electromagnetic sensors) to detect and identify high-grade trona ore particles. This substitution enables more precise and efficient separation, increasing both ore purity and processing effectiveness.

The patent applies segmentation by dividing the ore processing system into distinct functional modules: sensor-based detection systems, separation systems, and processing systems. Each module performs a specific function in the ore beneficiation process, allowing for modular design and easier maintenance. The segmentation enables the system to achieve high ore purity through coordinated action of specialized modules without creating unnecessary complexity.

The patent introduces intermediary systems that facilitate the transition between different processing stages. Sensors act as intermediaries by detecting and identifying high-grade ore particles, then transmitting this information to separation systems. This intermediary detection and identification layer enables precise separation without requiring overly complex direct processing systems, thus managing system complexity while achieving high purity.