Olympus handheld soil heavy metal detector

Olympus handheld soil heavy metal detectorThe instrument used for in-situ testing and remediation analysis of soil pollutants includes X-ray fluorescence portable instruments for surface soil composition analysis. It has the characteristics of small size, light weight, and can be handheld by ordinary people for measurement. It has been widely used in various geological fields to detect samples including ore slag, rock, soil, and mud, with special attention paid to the eight heavy metal elements that are of concern in national standards. The sample form can be solid, liquid, powder, etc.

Olympus handheld soil heavy metal detectorAdvantage:

1. It can be used to detect soil pollution caused by mercury, cadmium, lead, arsenic, copper, zinc, nickel, cobalt, vanadium, etc. Mercury mainly comes from mercury containing wastewater discharged from factories and mines, and can exist in the soil for a long time; Cadmium and lead pollution mainly come from smelting emissions and automobile exhaust gas deposition, such as the soil on both sides of highways being susceptible to lead pollution; The arsenic pollution in soil mainly comes from the extensive use of pesticides, fungicides, rodenticides, herbicides, and sulfide minerals in mining, beneficiation, and smelting.

2. Conduct a rapid survey of soil geological pollution areas over a large area. Draw pollution maps and conduct real-time surveys.

3. Identify abnormal situations and prioritize and address them.

4. Quickly track pollution anomalies on site, effectively search for "stain" areas, and delineate the boundaries of pollution.

5. It can quickly perform on-site in-situ analysis of heavy metal elements in soil, playing a role in rapid screening and investigation.

6. Quickly survey various types of residential land, commercial land, industrial land, and other first, second, and third level land.

7. The equipment has digital multi-channel technology, which can analyze more quickly. It is designed with a high counting rate, greatly improving the stability of the equipment, which is more important for heavy metal testing in soil. Because the heavy metal content in the soil is very low.

8. Ultra high resolution can reduce the interference of arsenic and lead, as well as the interference of iron on nickel. Its ultra-low detection limit is also suitable for detecting heavy metals in environmentally friendly soils.