CEM to host display from globally renowned continuous mercury analysis specialists

Lumex Instruments has been developing and manufacturing laboratory and industrial analytical instrumentation for pollution monitoring for almost three decades and they will be showcasing some of their latest technology at the upcoming CEM Conference and Exhibition.

Their cutting-edge devices are used in over 90 different countries for air monitoring, water and wastewater analysis and industrial measurements in a diversity of sectors ranging from agriculture, food and beverage quality and safety control, the energy industries, and pharmaceutical and biochemical applications. Lumex Instruments’ products offer over 120 applications for the measurement of organic and inorganic chemicals in liquids, solids and gases.

Harnessing both traditional and contemporary cutting-edge solutions to provide well-established reliable applications and innovative methods, Lumex has, so far, developed, manufactured and provided more than 30,000 instruments to customers across the globe. Lumex combines its high standards of product development with a flexible customised approach to maximise the efficiency of their customers’ operations. Their innovations are created to make the analyses cost-efficient, precise and easy to run maintain and service with many of their applications developed in accordance with international standards, including ASTM, ISO, EN and EPA.

One of the highlights on the Lumex stand at CEM 2023 will be their mercury monitor RA-915AM, developed for continuous mercury monitoring and ideal for permanent unattended installation at air/gas monitoring stations. This device performs direct rapid analysis of mercury, facilitating prompt reaction when variations of mercury concentrations occur. These analysers need minimal maintenance or interaction from personnel, with servicing usually carried out onsite during maintenance shutdowns. In addition, the RA-915AM requires no reagents or consumables and only the filter and lamp will need occasional replacing during maintenance schedules; the unit’s remote data transfer enables operators to connect the monitor to data collection systems via RS232, Modbus, and analogue outputs.

Different customised modifications exist for monitoring of ambient air, process gases or for natural gas (in the stream and monitoring the MRU units).