Innovative Continuous Gas Analyzers Technology
Reliable gas analysis — even under harsh process conditions
Extractive gas analyzers are used in a large number of industrial processes to measure everything from major gas concentrations to the smallest of trace contaminants. The extractive measurement technology extracts a partial gas flow from process and through a sample system, prepares it for analysis. Using various sensor technologies the analyzer is able to distinguish a component and accurately measure its concentration.
The key to designing a successful gas analyzer solution is to understand why you are installing the analyzer in the first place, how the analyzer needs to see the sample (good sample system design), and how to control the surrounding conditions. We take the time to understand these three keys and are able to design an analyzer system that is reliable, easy to operate and maintain, and provides accurate and timely data.
CB Analyzer Shelters
Description & Features
Tailored for your emission monitoring requirements
CB Process can provide a complete analyzer solutions for you
- Sample Points
- Sample Systems
- Analyzer Shelters
- Commissioning and Start-up
- On-going maintenance
- Shut-down serivce
SICK GM 32 In-Situ Process Gas Analyzer
Videos 
Description & Features
Real-time gas analysis directly within the process
Innovative measurement technology that allows the devices to be mounted directly at the measurement site: In-situ gas analyzers take measurements directly within the process under system conditions. These analyzers are primarily characterized by their minimal maintenance requirements and extremely short response times. SICK’s in-situ gas analyzers are available in two different versions:
The cross-duct version for representative measurement results across the entire duct diameter
The measuring probe version, optimized for single-sided gas duct installation
At a glance
- Direct, fast in-situ measurement
- No gas sampling, no gas transport, no gas conditioning
- Up to eight measuring components at the same time, plus process temperature and pressure
- DOAS and CDE evaluation process
- Numerous independent measuring ranges with consistent accuracy
- Automatic self-test function (QAL3) without test gases
- Overpressure encapsulated design for ATEX Zones 1 and 2
Your benefits
- Measured values in real time without altering the gas composition
- Short-term process deviations are detected
- Representative measurement byselection of cross-duct or measuring probe versions
- Fast on-site service due to modular design
- Long maintenance-free intervals
- Cost-effective in-situ gas analyzer — also in ATEX design
- Low cost of installation and operation, no test gases required
- Complete emissions measurement in Kraft pulp process by way of simultaneous measurement of TRS components plus SO2, NO, NH3
Do you require a different solution? Please visit the manufacturer's website for more products!
SICK Official WebsiteSICK GMS800 Multi Component Gas Analyzer
Description & Features
At a glance
- 6 different analyzer modules: DEFOR (NDUV, UVRAS), MULTOR (NDIR), OXOR-E (electrochemical O2), OXOR-P (paramagnetic O2), THERMOR (TC), and UNOR (NDIR)
- 4 different types of enclosures
- Gas module with sample gas pump and/or control sensors
- New enclosure type for easy and quick integration in analyzer systems
- Remote diagnosis via Ethernet with SOPAS ET software
Your Benefits
- Approved according to EN 15267 and EN 14181
- Installations in Non-Ex-areas and Ex-areas (Zone 1 and 2 according to ATEX) possible
- Minimum service and maintenance work as well as easy reconditioning of existing installations due to modular design
- Adjustment without test gases via optional adjustment unit
- Minimal influence of ambient temperature through thermostatic controlled modules
- Reliable measuring results by proven measurement technology
- Easy maintenance and repair due to replacement of complete assemblies or modules
Do you require a different solution? Please visit the manufacturer's website for more products!
SICK Official WebsiteSICK TRANSIC100LP TDLS Oxygen Analyzer
Videos
Description & Features
At a glance
- O2 transmitter based on high-performance laser spectroscopy (TDLS)
- For use in use in explosion-hazardous areas (FM, ATEX and IECEx approvals)
- Measurement directly in the process or extractive using a measurement gas cell (option)
- Designed for heavy-duty industrial applications
- Compact design and easy to operate
- Long-term stability
- No moving parts
Your Benefits
- Measures in real-time directly in the process
- Easy installation and operation
- Self-diagnostics with maintenance display
- Low requirements for gas conditioning
- Low operating costs: no consumables and no purging gas consumption
- Rugged: reliable measurement even in contaminated gases
Do you require a different solution? Please visit the manufacturer's website for more products!
SICK Official WebsiteSICK Zirkor200 Combustion Oxygen Analyzer
Description & Features
At a glance
- Measurement cell with extremely long service life due to innovative protection mechanism
- Measurement cell self-monitoring
- Fully automated adjustment mechanism integrated into the control unit
- Version for high temperatures available
- ZIRKOR remote app for remote access to analyzer
- Very short response time
- Suitability-tested according to EN 15267
- Easy connection of process control systems
Your Benefits
- Very high availability due to measurement cell with extremely long service life
- High reliability due to innovative measurement cell protection – even in corrosive or reducing conditions
- Reduction of analyzer failures due to internal self-monitoring
- No manual adjustment required
- Quick measurement close to the combustion process for timely control
- Approved for emission monitoring
- Easy analyzer operation – even remotely
Do you require a different solution? Please visit the manufacturer's website for more products!
SICK Official WebsiteSick GM35 In-Situ IR Gas Analyzer
Description & Features
Simultaneous or Individual Measurement of CO2, H2O, and CO or N2O
At a glance
- Dynamic humidity correction
- Fast in-situ measurement directly in the process
- Simultaneous determination of up to three gas components, temperature, and pressure
- No gas sampling and conditioning
- Gas testable version of measuring probe available
- Integrated self-test and control functions
Your Benefits
- Dynamic humidity measurement directly in the process
- Provision of real humidity reference values
- Unbiased measuring values due to in-situ measurement
- Fast or short-term fluctuations in the process are being detected
- Representative measurement by selection of an appropriate probe or cross-duct type
Do you require a different solution? Please visit the manufacturer's website for more products!
SICK Official Website
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