A real-time time monitor is an essential tool for understanding and controlling your mercury emissions as well as optimizing mercury control technologies. For this
Selective Catalytic Reduction (SCR) is a process where nitrogen oxides (NOx) are converted to diatomic nitrogen (Nx) and water (H2O) through a reaction that
Cleveland, OH, April 26, 2023 — Mississippi Lime Company (MLC), a leading global supplier of high-calcium lime products and technical solutions, has completed an
Many of our customers have found Mercury Speciation Sorbent Traps to be an excellent tool for evaluating the root cause of a mercury control
If you must reduce Hg, what should you evaluate to point you in the direction of the best control strategy?
Recently coal-fired utilities burning lignite were sent “114 letters” from the EPA requesting Mercury Emissions data. A “114 letter” typically requests information from the
Due to its high vapor pressure and prevalence in the atmosphere, mercury makes a good geophysical tracer gas, which has potential archaeological applications. That
Our Senior Program Director, Alexandra Sipershteyn, recently contributed to the 3rd edition of “Continuous Emission Monitoring” textbook by James A. Jahnke.
In 2018, Ohio Lumex published our sorbent trap technique for measuring short-term SO3/H2SO4/sulfuric acid mist concentration from stationary sources. This was originally published for
In May we attended the EPRI Continuous Emissions Monitoring User Group Meeting (CEMUG) in Indianapolis. In addition to attending and exhibiting at the show,
Last time we discussed High Hg upon Startup after a planned or unplanned outage. If you missed it, be sure to check out that
In the lead up to MATS and NESHAP, many were able to achieve mercury reductions as a co-benefit of their existing control devices. As
