Ecotech’s air monitoring systems are custom designed to best meet each application’s unique demands. We talk to our customers about their specific needs and tailor the ambient air quality monitoring system accordingly. For instance: A customer of ours requires a system in a warm environment, where power costs for air conditioning are a ...
We offer a complete solution for continuous emission monitoring, utilising the extractive dilution monitoring method. With over 30 years of experience in the design, construction, installation, commissioning and maintenance of Continuous Emission Monitoring Systems (CEMS), you can rely on us for your CEMS needs.
The Serinus 40 Oxides of Nitrogen analyser delivers precise and reliable performance at excellent value. It uses proven chemiluminescence technology to measure NO, NO2 and NOx in ambient air (LDL 0.4 ppb, range 0-20 ppm).
The Serinus 55 Hydrogen Sulphide analyser (H2S) analyser delivers precise and reliable performance at excellent value. It uses proven UV fluorescent radiation technology and an internal thermal catalytic converter to measure H2S in ambient air (LDL
The Serinus 30 Carbon Monoxide analyser delivers precise and reliable performance at excellent value. It uses proven NDIR gas filter correlation technology to measure CO in ambient air (LDL 40 ppb, range 0-200ppm).
Ecotech are specialists in the design, construction, installation, commissioning and maintenance of trace/background air quality monitoring stations. The analysers used in our trace systems are approved as trace monitoring analysers by the USEPA and are extensively used in USEPA NCore monitoring systems.
The PFS-WM WedgeType™ excels where others fail, accurately measuring highly viscous, rough, or solids-bearing fluids and slurries, as well as gas or steam. This meter is even ideal for asphalt, tar-sands, tracking fluids, spent water, sludge, cement, and other harsh industrial uses.
Ecotech presents the latest addition to the Serinus range: The Serinus 60 NO₂ analyser with Cavity Attenuated Phase Shift (CAPS) spectroscopy technology. This technology allows direct measurement of nitrogen dioxide (NO2), rather than an indirect calculation from a chemiluminescence analyser. Using a modulated blue LED light source, the ...