Based on TXRF technology, TX8000 Online Heavy Metal Monitoring System delivers ultra-low background noise and high detection sensitivity. It enables long-term, stable online monitoring of multiple heavy metals in water—such as cadmium, lead, copper, zinc, and thallium—with detection limits down to μg/L, fully meeting stringent monitoring standards for surface water, drinking water, and industrial wastewater.
The system features a fully automated sampling module and proprietary fluidics for zero cross-contamination, supports remote parameter setting and status monitoring, and allows 24/7 unattended operation. It also includes automatic calibration, abnormal alarms, and real-time data uploading, seamlessly integrating with environmental supervision platforms to support intelligent water quality monitoring networks.
The TX8000 is widely used in environmental emergency monitoring, drinking water quality testing, wastewater monitoring in electroplating and surface treatment industries, and hospital wastewater supervision. Whether for rapid response to sudden pollution incidents or continuous online monitoring at key industrial discharge outlets, the system provides accurate, reliable, real-time data—making it an indispensable tool for heavy metal monitoring in water.
Real-time monitoring of discharge outlets from heavily polluting industries such as electroplating, chemical, and metallurgical plants, ensuring compliant discharge of heavy metals and mitigating environmental compliance risks. |
Integrated into automated monitoring networks for continuous monitoring of rivers, lakes, reservoirs, and raw water intakes of water treatment plants, enabling remote, unattended operation for heavy metal monitoring. |
Providing real-time monitoring data for environmental law enforcement, pollution load control, and discharge permit management, supporting pollution source supervision and water quality assessment. |
Emergency Pollution Response In the event of a sudden pollution incident, the TX8000 can be rapidly deployed to the site, establishing multiple monitoring points along the pollution path to track the spread of heavy metal contamination in real time, providing critical data for emergency command and decision-making. |
Research Institutions Providing high-precision in-situ monitoring data for environmental science, analytical chemistry, and related fields, supporting research on heavy metal migration and transformation mechanisms. |
Industrial Process Water Monitoring Monitoring heavy metal concentrations in cooling water and rinse water to prevent equipment corrosion and ensure the safety of process water. |
Large-scale Aquaculture Monitoring heavy metals such as lead, cadmium, and mercury in aquaculture water to ensure the safety of aquatic products and prevent quality risks. |
| Core Technology | Total reflection X-ray fluorescence (TXRF) |
| Size | 670mm x 777mm x 1034mm（L×W×H） |
| Detector | Large area SDD detector |
| Detection Range | Capable of simultaneously monitoring dozens of elements including As, Cr, Cu, Fe, Mn, Ni, Pb, Se, Ti, Tl, V, Zn, and others. |
| Content Range | From ppb to 100%, covering online monitoring of heavy metal concentrations in surface water, groundwater, seawater, and treated wastewater discharge outlets. |
| Repeatability | ≤5% |
| Display System | Integrated display with an industrial-grade large capacitive touchscreen. |
| Data Transmission | Multiple data transmission interfaces including RS232/485, USB, GPRS, and Ethernet. |
| Operating Temperature | 5°C to 40°C (Users are required to ensure that water samples do not freeze at the instrument installation site. For outdoor installations, pipe insulation must be considered to prevent freezing and blockage during winter.) |
| Operating Humidity | Bluetooth printer,Pipette,Sampling tube, Heating dryer, Internal standard liquid,etc. |
| Software Language | Chinese, English, and multiple other languages. |
| Power Supply | 220V AC ±10%, 50 Hz |
