DW-500、DW-500S Handheld XRF Soil Heavy Metal Analyzer

Features
Smaller, faster, more accurate, and more portable.
Integrates optoelectronics, microelectronics, semiconductors and computer technology as a new generation of handheld XRF with independent intellectual property rights.
DW-500 uses a new large-screen high-resolution LCD and a new digital multi-channel data processor for handheld analysis of heavy metal elements in the soil.
DW-500 gives in-situ testing of pollutants and soil restoration analysis, i.e. making effective testing of heavy metal elements, including mercury, cadmium, lead, arsenic, copper, zinc, nickel, cobalt, vanadium, chromium, manganese and others (DW-500S can test 5 more elements including Al,Mg,Si,S,P),or other elements as requested by customers. With excellent performance comparable to PCs, it is good at testing heavy metals with low content in soil.
Applications
1.Soil pollution survey and environmental assessment
2.Emergency treatment of soil pollution • Soil remediation...
Application strengths
Expertise: Heavy metal analysis software to detect heavy metal elements, e.g. mercury, cadmium, lead, arsenic, copper, zinc, nickel, cobalt, vanadium, chromium, and manganese in contaminated soil or more elements required by customers through intelligent one-key testing and intelligent judgment.
* Soil heavy metal survey
With the built-in GPS, you can search for satellite signals in the field at any time, determine the geographic location of sampling points, fast survey a large scale of soil geological contaminated area, develop a pollution map, and monitor the pollution in each area in real time. You also can conduct environmental assessments on heavy metal pollution to various agricultural lands, residential lands, commercial lands, and industrial lands.
* Emergency treatment of soil with heavy metal pollution
It is generally used for emergency treatment after pollution, and is able to quickly track pollution abnormalities on site, effectively identify the "stained"areas and the boundaries of polluted areas, and conduct real-time surveys.
* Assistance in soil remediation in contaminated areas
It is used to classify the contaminated areas, delineate the key soil contaminated areas, optimize the priority according to the divided areas, improve the screening efficiency, and monitor the soil remediation in the contaminated areas in real time.