Ohio Lumex products

Ideal for permanent installations, the rack-mounted RA-915AM performs continuous real-time mercury measurements in ambient air and gases. Designed for indoor operation or installation in climate-controlled cabinets, the embedded PC controls data recording, processing, and transfer via RS-232/485 interface, current loop, or MODBUS.

The 915J Continuous Emissions Mercury Monitor is an online mercury process monitor designed for use in challenging conditions including coal-burning utilities, cement kilns, incinerators, industrial boilers, and other industrial facilities. A real-time mercury monitor is an essential tool for understanding and controlling mercury emissions and optimizing mercury control technologies. The 915J Mercury Monitor performs Continuous Emissions Mercury Monitoring for Point Source Emissions (Stacks) derived from the combustion of coal, Portland Cement manufacturing, industrial boilers, municipal incinerators, etc. Years of research and development, extensive testing, and improvements have resulted in an innovative design that focuses on high reliability, low maintenance, ruggedness, ease of use, and flexibility. Industry-leading performance has been demonstrated in dozens of power plants under a variety of challenging conditions.

The Ei4200 Dew Point Monitor (DPM) detects condensation and measures the dew point of acid and other condensables in challenging industrial conditions. The direct measurement of the process gas dew point provides plant operators with information that would otherwise be an impercise multi-variable equilibrium calculation. Whether used as an alarm to instantly detect leaks in sulfuric acid plants or to measure dew points in other industrial applications, the Ei4200 DPM technology removes the guesswork and provides real-time feedback.

The Ei2800 GC Monitoring System provides fast and accurate online monitoring of various process gases, delivering calculated values pertaining to the gas composition as well as their concentrations. The Ei2800 System features the widely acclaimed Ei800 Process GC, as well as Sampling Conditioning components in a compact, wall-mountable enclosure. The GC’s revolutionary TCD detector provides incredibly fast and sensitive analysis, and the modular design allows for custom GC columns that are suitable for a wide range of applications.

The Ei2200 Biogas Monitoring System is a compact, cost-effective all-inclusive integrated monitoring of Renewable Natural Gas (RNG) for compliance with pipeline interconnection gas quality specifications. Designed with speed, accuracy and cost in mind, the system incorporates our state-of-the-art Ei800 Process Gas Chromatograph (GC), providing incredibly fast and sensitive gas composition analysis, heating value and relative density, and our proven GC-IMS technology to monitor total and speciated siloxane concentrations. The Ei2200 is compact, wall-mountable, and easy to operate and maintain, whether used by experienced engineers or non-technical users.

EPA Method 30B sorbent traps are specifically designed for Relative Accuracy Test Audits (RATA) and Low Emitting EGU (LEE) testing.  Ohio Lumex`s unrivaled QA/QC, ability to customize sorbent traps to any flue gas conditions, and dedication to supporting our customers have all contributed to our status as the most widely used manufacturer in the industry.

EPA Performance Specification 12B (PS-12B) sorbent traps are specifically designed for continuous mercury monitoring.  Ohio Lumex`s unrivaled QA/QC, ability to customize sorbent traps to any flue gas conditions, and dedication to supporting our customers have all contributed to our status as the most widely used manufacturer in the industry.

Mercury speciation sorbent traps are designed to differentiate between elemental and oxidized mercury in the flue gas by capturing the different species in their respective designated sections.

The gold silica trap is designed for sampling and analysis of natural gas following ASTM D5954. The gold coated silica beads prevent organic compounds from collecting and allows for extremely low level analysis due to the near-complete absence of background mercury in gold. Our gold silica sorbent traps are pretreated and sealed prior to shipment to remove all traces of mercury. Analysis is done using atomic absorption with Zeeman background correction.