Mercury
Analyzers
With over 40 years of expertise, NIC has mercury analyzer and direct mercury analyzer for most applications.
Click here to download NIC Mercury Analyzer General Catalogue
Mercury Analyzers & Mercury Instruments
Industries & Application
Our mercury analyzers are accurate and highly reliable, providing precision measurement across a wide range of industrial applications.
Coal
Along with other naturally occurring minerals, mercury can be found in coal in varying concentrations, depending on the source. When combusting coal for energy, mercury is emitted with the flue gas into the atmosphere via its chimney or stack….Read More
Oil & Gas Exploration
Mercury is a naturally occurring element, present in virtually all oil and gas, regardless as raw materials or refined products. Mercury levels in crude oil and gas can vary widely….Read More
Waste Incinerators
If any wastes containing mercury are improperly disposed of with other wastes for incineration, mercury gas is released into our atmosphere in the incinerator flue gas, increasing mercury pollution in our environment.…. Read More
ASGM
In ASGM activities, metallic mercury is mixed with ore containing traces of gold through the panning process, whole ore amalgamation in sluice boxes, and using ball-mills, trommels, or little rotating drums.….Read More
NIC's Story
40⁺ Years
of Know-How.
Better,
Stronger.
(NIC Mercury monitoring project near volcanic area by Koji Tanida at 1988)
Minamata Convention
The Minamata Convention on Mercury is a treaty of an initiative to eliminate any mercury contamination globally and as promoted by the UN.
Mercury Instruments & Direct Mercury Analyzers
Get in Touch with Us
Our sales and support team have the experience and expertise to ensure that you have the right instrument for your application. Reach out to us to find great deals on a wide selection of mercury analyzers.
FAQs
To select the right mercury analyzer, you should consider the application (E.g., what kind of sample) or the regulatory method you need to comply with.
Click here to search for a mercury analyzer by its Application or Method.
Generally, all models of our analyzers using the Atomic Absorption (AA) detection technique are capable of detecting down to trace level of sub-parts-per-billion (ppb) levels. While models of Atomic Fluorescence (AF) detection technique, ultra-trace levels of sub-parts-per-trillion (ppt) levels can be achieved.
For more information, select your product of interest.
NIC produces a wide range of mercury analyzers to cater to different sample types, including solid, liquid, aqueous, and gaseous samples. NIC also offers different techniques to handle each type of sample, enabling ease of use with better performance.
Please visit the respective product page to look for a suitable mercury analyzer for your sample or you can search mercury analyzer by application.
Yes, all our mercury analyzers are designed and engineered following international regulatory methods like EPA, ASTM, ISO and more. For more information, search our mercury analyzers by methods.
Depending on the sample type and technique of the NIC mercury analyzer, the duration of measuring mercury in a sample can range from 2 to 11 minutes.
For RA Series, certain samples require wet chemical preparation, which will take hours as it follows regulatory methods like EPA and APHA.
NIC has a wide range of mercury analyzers to cater to different types of applications needed. Applications are available for food, household items, biological samples, environmental sample, liquid hydrocarbon, waste, minerals and more. To know more, visit our Application Data Centre.
Yes, NIC RA Series is highly sensitive and specially designed to measure mercury in aqeous samples such as river water, drinking water, seawater and more using the technique of Reducing Vaporization. RA Series has greater performance as it has minimal memory effect, which is prone to happen in measuring total mercury in chemically-digested water samples.
Yes, NIC MA Series is especially ideal in measuring mercury in fish. MA Series uses the Direct Thermal Decomposition technique to measure the sample directly. The measurement can be done within 10 minutes, and there is no wet chemical preparation needed. Check out our Application Notes of Fish & Shellfish.
Scientific publications measuring mercury in fish using the MA-Series Direct Thermal Decomposition technique are also available.