2 results about "Separation procedure" patented technology

Systems and methods are provided for improving efficiency and quality of plasma being removed from a blood separation chamber. The system includes a separation chamber in which plasma is separated from cellular blood components, a pump for moving the plasma and an outlet line for removing the separated plasma from the blood separation chamber. An optical sensor assembly is configured to monitor the blood separation chamber and measure an interface position between the separated component and the plasma, and to generate an output indicative of the measured interface position. A controller is programmed to utilize a lipid concentration input of the blood and to set an original lipemia offset, a lipemia threshold and lipemia final setpoint from a predetermined database, and to use a proportional-integral-derivative control loop to assess the actual interface position plus the lipemia threshold to adjust and achieve a final lipemia setpoint for use during separation procedures.

The application discloses a method for comprehensive utilization of spodumene acid clinker resources, and relates to the technical field of ore processing. The method of the application not only significantly improves the initial leaching efficiency of lithium in the spodumene acid clinker by utilizing residual lithium in the sodium precipitation mother liquor, but also ensures that the soluble lithium remaining in the acid leaching residue is recovered again by utilizing two solid-liquid separation procedures of leaching and washing, finally controls Li2O in the desulfurization lithium residue to be less than or equal to 0.2%, thereby greatly reducing the loss of lithium in the waste residue and significantly improving the lithium recovery rate. Meanwhile, the application comprehensively considers the influence of Ca 2+ on the product index of the silicon-aluminum micro powder, uses water to stir and wash the acid leaching residue, reduces the Ca 2+ influence, adopts Na2CO3 to react with the stirring and washing filtrate to produce CaCO3 precipitate, and returns the stirring and washing filtrate to the system again, thereby greatly reducing the impurity content of the silicon-aluminum micro powder, and realizing zero discharge of process wastewater through internal circulation, so that the method is suitable for large-scale popularization and application.