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In a time where environmental regulations are growing more stringent and the importance of sustainability is undeniable, selecting the ideal GHG monitoring system has never been more critical. Our UP-GHG-CEMS system is specifically engineered to not only meet but surpass the rigorous demands of crucial regulations. By choosing our system, you can rest assured that you’ll not only adhere to legal requirements but also play an active role in fostering a greener, more sustainable future.
CH4 (ppm) CO2 (%) H2O (%) | 0… 1000 ppm (diluted others consult factory) 0… 20.00 % (diluted others consult factory) 0… 40.00 % (diluted others consult factory) |
Data rate readout | Continuous monitoring updated within 1Hz |
Method | OA-ICOS |
Precision | (1 sec / 10 sec): CH₄: 0.9 ppb / 0.3 ppb CO₂: 0.35 ppm / 0.12 ppm H₂O: 200 ppm / 60 ppm |
Ambient temperature | Peli Case 5… + 45 °C |
Power supply | GHG Analyzer: 10 – 30V DC 35W. / Externally PS 100 … 240V AC Dilution air generator 230V AC |
Weight | GHG analyzer: 6 kg Dilution Probe System: 20 kg |
Dimensions | GHG analyzer: 12 x 34 x 29.5 cm Dilution air generator: 56.1 × 45.5 × 26.5 cm |
Cooling | Fan |
Data transfer | Modbus TCP / RJ45 |
User-interface | Smartphone, tablet or other WiFi device |
In compliance with | Good practices, as used by the scientific community, for the measurement of greenhouse gases (GHG) |
“This material is for reference only. Instrumatic EMI A/S has taken all reasonable care to ensure the reliability of the information contained in this document, but makes no guarantees, warranties or representations regarding the accuracy or completeness of the information. Any reproduction of this material requires prior permission from Instrumatic EMI A/S in writing.” Subject to change without notice – Instrumatic EMI © Copyright 2023. OXYDAN ® is the registered trademark of Instrumatic Holding ApS. Note: *) optional | |
The UP-CEMS concept introduces a versatile approach to exhaust gas monitoring. It enables the tracking of a wide range of emissions or the specific targeting of particular gases of interest, granting users complete flexibility.
The pursuit of alternative fuels for combustion engines and power generation plants has generated new demands for emission monitoring equipment across various research applications. Consequently, researchers require portable equipment and solutions to meet these evolving needs.
At the heart of this concept is the Ultra-portable Continuous Emission Monitoring System (UP-CEMS), meticulously engineered to extract exhaust gas samples and subsequently dilute it. The sample are then channeled to portable sensors available for CH4, CO2, C2H6, CO, NH3, HF, HCL, N2O and H2O.
By adopting the UP-CEMS Concept, you gain the ability to construct a bespoke continuous emission monitoring system precisely tailored to your requirements. The realtime sampling flow is fast 8 to 10 m/s and with the OA-ICOS with samling frequencies of 1 Hz makes realtime diagnostic of LNG engine easily performed.
Simplicity is a fundamental aspect of this plug-and-play concept, making it accessible for users of diverse backgrounds. Operating the system involves just three straightforward steps: attach the sampling probe to the sampling point (1 ¼” G female stud pipe), connect the analysers to the unheated sample line and finally, link the power and instrument air.
Despite it’s ultra-portable design, our system is built for continuous operation, year-round, serving as a reliable fixed Continuous Emission Monitoring System (CEMS).
CO2, CH4 and H2O Analyzer ABB LGR-ICOS GLA131-GGA_DS-EN Rev. I
Ultraportable dilution probe sampling system OXYDAN UP-CEMS Concept
Multipoint sampling of up to 8 sampling points IM-DOC-020445
MIU-8 Multiport Inlet Unit 8 channels – External hardware (includes 8 solenoid valves) and internal software package which enables fully integrated, programmable selection from up to 8 separate sources / sampling points.
Up to 8 OXYDAN® sampling probes can be mounted for sampling on different exhaust ducts with continuos sample, extracted and flowed in unheated sampling lines to a central point where the multiplexer and GHG analyzer are located (up to 100 meters of unheated sampling line on each probe is possible).
Air-conditioned cabinet with multiplexed sampling system integrated available, with shelves mounted on vibration/shock dampers to place/strap the portable analyzers onto.