CEMS solutions
Tailored for measuring emissions
SICK's CEMS solutions are analyzer solutions that have been specifically designed for measuring emissions at power plants, industrial facilities, or on ships. CEMS solutions can be used to measure pollutants and reference quantities and to perform data processing on the results in accordance with the relevant national or international legislation.
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- The system has passed the inspection of the Instrument Testing Center of China's Ministry of Environmental Protection
- Supports multiple log-in privileges to maintain confidentiality
- Can generate reports according to user-specified formats
- Utilizes capacitance measurement principle
- Auxiliary electrical heating can heat the measuring system
- The heated sampling probe prevents the flue gas from cooling during the sampling process
- The sampling probe has back-purge functionality for longer maintenance intervals
- Supports PLC controlled automatic back-purge, drainage, and calibration to ensure long-term up-time
- Alarm parameters may be set for temperature, flow rate, and humidity for easy operation of the monitoring system
- Multiple configurations available (S700 series)
- Additional measurement capabilities available (oxygen content, dust content, flow rate measurement, etc.)
- Measurement of up to 10 IR components plus O2 and TOC
- Hot/wet extractive measurement technology
- Wear-free gas distribution through ejector pumps
- Reference point monitoring with internal calibration cells
- Certified digital Modbus® interface
- Web server for platform-independent device control
- Use of dry test gases for HCl and NH3
- Touch-screen operation with multiple levels of password protection
- Ethernet interface for remote diagnostics and operation
- Gas paths completely heated to prevent corrosion and measurement error produced by condensation
- Built-in ejector reduces component wear
- Optional zirconium dioxide sensor for O2 measurement
- Utilizes Fourier infrared technology for rapid measurement of multiple gas components
- Supports calibration of the full system or direct calibration of the analyzer
- Multi-stage filtration allows safe sampling
- Automatic zeroing, span calibration, and regular back-purging
- Includes temperature and flow control and automatic sampling cut-off if malfunction occurs
- Automatic purging protects the instrument in case of malfunction
- The interferometer can be unaffected by vibrations
- Measures up to 8 IR-active gas compounds
- Gas paths completely heated to prevent corrosion and measurement error produced by condensation
- Optional zirconium dioxide sensor for O2 measurement
- Supports calibration of the full system or direct calibration of the analyzer
- Multi-stage filtration allows safe sampling
- Automatic zero and span point calibration, and internal calibration filter allows for calibration without test gas
- Regular back-purging
- Incorporates temperature and flow control and automatic sampling cut-off if malfunction occurs
- Automatic purging protects the instrument in case of malfunction
- Touch-key operation with multi-level password protection
- Built-in ejector to reduce component wear
- A pressure module controls airflow into the analysis unit
- A catalytic device may be internally fitted to purify the gas entering the analyzer
- Sample gas inlet protected by filter
- Multiple gas sampling
- Long maintenance interval of up to 3 months
- Small suitability-tested HF measuring range: 0 ... 3 mg/m³
- Automatic spectrum adjustment via AutoVAL for reliable measured values
- Operation via touchscreen
- Sample gas transport by an ejector without moving parts
- Suitability-tested according to EN15267
- Remote control and diagnosis via SOPAS ET software
- Automatic adjustment of the analyzer
- Automatic backwashing and filter cleaning of the extraction unit
- Rugged design and high level of measurement accuracy
- Type-approved by classification organizations in accordance with MARPOL Annex VI and IMO MEPC
- Designed for SO2 and CO2 measurement downstream of the scrubber
- Use of field-tested MARSIC300 components
- Rugged design and high level of measurement accuracy
- Type-approved by well-known classification organizations in accordance with MARPOL Annex VI and IMO MEPC
- Measuring ranges adapted to low and high concentrations of SO2 and NOx
- Up to 7 measuring components at the same time: SO2, CO2, CO, NO, NO2, NH3, H2O
- Bus-capable data acquisition from measuring devices and plants
- Evaluation conforming to the Industrial Emissions Directive, EN 14181 QAL2, and optionally QAL3 (CUSUM)
- Reliable storage with automated backup
- Ergonomic display for constant monitoring of evaluation rules and device statuses
- Fast data transmission to the system control in a 5 s cycle
- In-situ solution for measuring CO2 and N2O emissions
- Direct measurement even with changing fuels and mixed fuels
- Measurement without converting from the dry to damp status
- Transfer of the greenhouse gas loads directly to the control unit
- Evaluations according to 1, 2, 13, 17, 27, 30, 31 BImSchV and TA Luft
- Analog and digital data collection saved at 5 s/1 min intervals with auto-backup
- Distributed visualization, operation in the network and automatic e-mail alarms
- Flexible data presentation also in process images
- Analog and digital data to the customer system at 5 s/1 min intervals
- Recording of QAL3 cycles
- No need for mechanical adjustment
- Self-testing with the automatic control cycle
- Simple configuration and operation with easy-to-use software
- For gas temperatures up to 200 °C
- For funnels with an internal diameter of 0.7 m and above