Lithium Brine Characterization
Detect Lithium in Real Time in Evaporation Ponds
Do you need to know how to detect lithium, calcium, magnesium and other metals in water or brine in realtime? Our online sensor provides realtime metal detection in water or brine in the parts per billion (PPB). With increased lithium extraction worldwide, detection lithium in realtime is increasingly vital for process optimization and peak extraction. Let us help you get realtime data to optimize your processes!
Our sensor can integrate with existing evaporation ponds to reduce testing labour, provide realtime data for process optimization and for peak extraction. Detect leaks and changes in concentration in real time with our sensor solution, capable of deploying into existing lithium evaporation pond setups. The sensor can monitor up to five different metals of interest, providing a data point every 10 minutes or at the frequency desired by the operator.
Data can be delivered through our web interface, through email alerts, or through control system integration. Data is delivered as a PPM or PPB number.
The sensor is adept at detecting both low and high concentrations, and can deal with high sodium concentrations of 200,000 PPM and higher. Lithium can be detected from 1 ppm in complex brines, to saturation.
LiValid Sensor
The LiValid sensor can connect to any pipe or flowing system, and monitor on a real time basis for up to five metals. The sensor is fully automated, handling sample taking and preparation without human intervention. Detecting into the PPM in brines and PPB in less complex matrices, the sensor is well suited to brine evaporation pond analysis.
Features
Connects To Any Flow Of Water
Connect our sensor to any pipe or water flow where you need the data now.
Fully Automated
Our sensor reports metals without the help of a skilled user. Just plug it in and get the data you need when you need it.
Maintenance and Support
We never abandon you. Our sensors are supported and maintained throughout their life in your facility.
Specifications
Suitable For Multiple Applications
Detection levels from PPM to PPB depending on application and contaminant
Automated
Results to screen or SCADA system
Requirements
Installation Requirements For Our Sensor
Power 120V, 15A circuit
Sample source line
Waste water line
Clean water line
Vent to Atmosphere
Internet connectivity
| Altitude | 400 ft or lower | |||||||||||||||||||||
| Ambient Temperature | 1-30 Celsius, 33 – 86 Fahrenheit | |||||||||||||||||||||
| Automatic Cleaning | Yes | |||||||||||||||||||||
| Calibration | Automatic, 5 point, frequency programmable | |||||||||||||||||||||
| Cycle Time | 10 min of longer, programmable | |||||||||||||||||||||
| Deionized Water | For rinsing and dilution | |||||||||||||||||||||
| Dimensions | 831 mm x 553 mm x 364 mm | |||||||||||||||||||||
| Drain | Access to drainage, container drainage available | |||||||||||||||||||||
| Instrument Air | Atmospheric pressure, vented, dry and oil free | |||||||||||||||||||||
| Interferences | Interference testing required | |||||||||||||||||||||
| Lower Limit of Detection | 1 ppm in brine for lithium, other metals depend on matrix | |||||||||||||||||||||
| Measurement Method | Plasma Spectroscopy | |||||||||||||||||||||
| Number of Sample Streams | 1 | |||||||||||||||||||||
| Parameters | Up to 5 of:
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| Power | 120 or 240 V | |||||||||||||||||||||
| Ranges (Lithium) | 1-100 PPM 100-1000 PPM 1000-5000 PPM 3000-9000 PPM | |||||||||||||||||||||
| Sample Flow Rate | 250 ml per test cycle | |||||||||||||||||||||
| Sample Temperature | 1-30 Celcius, 33-86 Fahrenheit | |||||||||||||||||||||
| Weight | 35 kg (76 lbs) |
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