When environment matters
As the flue gases are dirty, with a high content of soot, trace components can easily be lost before arriving at the analyser instrument. Our design solution is based on a heated sample treatment throughout, without needing to introduce chemicals. This assures that the true composition of the exhaust flue is measured.
ShipCEMS is designed for unmonitored, continuous operation. The user interface is simple and intuitive, with a limited number of operations necessary to use the system. The analysing technology is based on the use of non-dispersive infrared detectors (NDIR). This is a simple and robust measuring technology, being the industry standard when used in demanding applications.
ShipCEMS can monitor up to four processes simultaneously. One sample probe and one sample conditioning cabinet must be installed for each exhaust stack or combustion process to be monitored. Only one analyser cabinet is required, taking care of the necessary sample stream switching.
PERFORMANCE CURVES FOR SHIPCEMS
Other gases on request
Measuring principles Industry standard NDIR measuring technology
Calibration gas (span) requirements 40 ppm SO2 8 mol% CO2 Rest N2 Consumption: 5 l/calibration
Air requirements Lower than +3°C dew point @ 8 barg minimum outlet pressure (lower than -17°C dew point @ atmospheric pressure) Oil-free (no oils present in outlet compressed air) Consumption: 15 l/min/funnel
*others on request
Sample Conditioning System cabinetDimension: 400 x 300 x 700 mm Weight: 52 kg
Heated sample probe Length: 254 mm Flange diameter: DN-65 / PN6* Weight: 10 kg
Materials Cabinets: SS316L Tubing: PFA/PTFE Fittings: SS316L Sample probe counter flange: SS316L (or customer specific)
Ingress protection IP44 (for indoor installations) IP55 (for outdoor installations)
Power requirements 230 / 110 VAC
Power consumption Analyser Cabinet: 590 W Sample Conditioning System: 490 W Heated sample probe: 350 W Heated sample line: 67 W/m
Communication 4-20 mA analogue outputs Digital alarm outputs Modbus – Option* Profibus – Option*
Environmental requirements IACS E10 IEC 60945 IEC 60529