Continuous Emissions Monitoring (CEMS) Analyzers
- Calorimeters
- CEMS Analyzers
- Dew Point Chilled Mirror Analyzers
- CRDS Gas Analyzers & QCL-CRDS Trace Gas Analyzers
- Dew Point Meters and Transmitters
- Lab Elemental Analyzers
- Mass Spectrometer Gas Analyzers
- Water Quality Online Analyzers
- Optical Absorption Spectroscopy Process & Lab Analyzers
- Oxygen, Safety, & Process Monitors
- Relative Humidity Hygrometers
COSA XENTAUR™ O2CX Oxygen and COe Analyzer
OXYGEN & COE ANALYZER FOR COMBUSTIBLES
Compact In Situ Combustion Monitor for Combustion Optimization
In situ, real-time readings for optimal fuel efficiency of boilers, furnaces, and kilns, with fast and simple service ability, and all at a tremendous value. Our COSA XENTAUR™ O2CX Oxygen and COe Analyzer is the ideal choice to optimize fuel efficiency on most combustion sources and for stack oxygen applications. It has several significant advantages over other oxygen transmitters. The addition of our unique combustible sensor allows the process to safely operate with a lower Excess Air ratio, which translates into higher fuel efficiencies.
Our O2CX Oxygen and COe Analyzer offers great accuracy and sensitivity below 10% oxygen and does not require dilution air like other competitors utilizing a Pellistor sensor.
For easy access and service, the flow guidance tube design allows the sensors to be located near the back of the transmitter. This makes for simple service without the need to remove the entire assembly from the stack and struggle with removing sensors located at the end of the probe. Easily remove or replace O2 and COe sensors – saves time and $$.
It is versatile for different mounting requirements or difficult applications like high temperature, dust, or even hazardous installations, and it can also be outfitted with auto calibration. It provides all of this and is the best value available on the market today to measure oxygen and carbon monoxide equivalent (COe).
The O2CX combines superior sensors with a robust to deliver better combustion performance, trouble-free operation, and simple serviceability for safe, reliable and efficient industrial combustion measurement.
Ideal for process control, flare safety control, and combustion control
- High Accuracy: Uses advanced electrochemical sensors to measure oxygen and carbon monoxide concentrations with high accuracy and precision. This ensures that process parameters are accurately monitored, leading to improved process efficiency and reduced emissions.
- Wide Range: Can measure oxygen concentrations in the range of 0-25% and carbon monoxide concentrations in the range of 0-500 ppm. This wide range makes the analyzer suitable for use in a variety of industrial applications.
- Fast Response Time: Has a fast response time of less than 10 seconds. This allows operators to quickly detect and respond to changes in process parameters.
- Easy to Use: Is designed to be easy to use, with an intuitive interface and simple menu navigation. This makes it easy for operators to set up and use the analyzer, even without extensive training.
- Durable and Reliable: Built to withstand harsh industrial environments, with a rugged design that can withstand temperature and humidity fluctuations. This ensures that the analyzer provides accurate and reliable measurements even in challenging conditions.
- Low Maintenance: Requires minimal maintenance, with long-lasting sensors and an easy-to-replace filter. This reduces downtime and ensures that the analyzer is always available when needed.
Here are some of the industries that use the O2CX Oxygen and COe Analyzer:
- Power Generation: Used in power generation plants to measure the oxygen concentration in the flue gas. This information is used to optimize the combustion process and to reduce emissions.
- Industrial Combustion: Used in industrial combustion processes to measure the oxygen concentration and to control the fuel-to-air ratio. This helps to improve process efficiency and to reduce emissions.
- Petrochemical: Used in the petrochemical industry to measure the oxygen and carbon monoxide concentrations in process streams. This helps to ensure that the process is operating optimally and that product quality is consistent.
- Environmental Monitoring: Used in environmental monitoring applications to measure the oxygen and carbon monoxide concentrations in the air. This information is used to monitor air quality and to identify sources of pollution.
- Steel Industry: Used in the steel industry to measure the oxygen concentration in the furnace atmosphere. This information is used to optimize the steel-making process and to reduce energy consumption.
COSA XENTAUR™ 707 CX™ Compact Handheld Emissions Analyzer
HANDHELD MULTI-GAS EMISSIONS ANALYZER
Fast, Accurate and Low Maintenance
The COSA XENTAUR™ 707 CX™ Compact Handheld Emissions Analyzer is a portable, battery-operated device designed to measure and analyze emissions from a wide range of combustion sources. It is a highly versatile instrument that can be used to monitor emissions from stationary sources such as boilers, furnaces, and incinerators, as well as from mobile sources such as vehicles and marine engines.
The 707 CX Compact Handheld Emissions Analyzer is capable of measuring a variety of gases and pollutants, including oxygen (O2), carbon monoxide (CO), nitrogen oxides (NOx), sulfur dioxide (SO2), and hydrogen sulfide (H2S), as well as calculating combustion efficiency and carbon dioxide (CO2) levels.
Some of the key features and benefits of the 707 CX Compact Handheld Emissions Analyzer include:
- Portability: Is small, lightweight, and battery-operated, making it easy to transport and use in the field.
- Accuracy: The analyzer uses advanced electrochemical sensors and infrared sensors to measure gas concentrations with high accuracy and precision.
- Fast Response Time: Has a fast response time, allowing users to quickly detect and respond to changes in gas concentrations.
- Data Logging: Can store up to 1000 measurements in its internal memory, allowing users to record data over time and analyze trends.
- User-Friendly Interface: Has a simple, intuitive user interface that makes it easy to operate, even for non-experts.
- Wireless Connectivity: Can connect wirelessly to a smartphone or tablet via Bluetooth, allowing users to view real-time data and control the analyzer remotely.
- Compliance: Compliant with all relevant emissions regulations, including US EPA, EU, and Asian standards.
The portability, accuracy, fast response time, data logging capabilities, user-friendly interface, wireless connectivity, and compliance with emissions regulations makes it an essential instrument for emissions testing and control in various industries.
A variety of industries that rely on combustion processes that use this analyzer:
- Power Generation: Commonly used in the power generation industry to monitor emissions from boilers, turbines, and other combustion sources.
- Industrial Manufacturing: The analyzer can also be used in the manufacturing industry to monitor emissions from furnaces, kilns, and other industrial processes.
- Oil and Gas: Is often used in the oil and gas industry to monitor emissions from engines, compressors, and other equipment.
- Environmental Monitoring: The analyzer can be used by environmental monitoring agencies to measure emissions from sources such as landfills, waste treatment plants, and transportation.
- Transportation: Aalso used in the transportation industry to measure emissions from vehicles, ships, and aircraft.
COSA XENTAUR™ Zircomat™ zirconia oxygen gas analyzers
FOR HARSH, DIRTY AND “HOT” ENVIRONMENTS
Our COSA XENTAUR™ Zircomat™ zirconia oxygen gas analyzers are widely used; not only in industries of high energy consumption, such as steel, power, petrochemical, ceramics, pulp and paper, food and beverage, and textile industries, but also in various combustion facilities, such as garbage incinerators and medium-to-small sized boilers, as combustion controllers, achieving a significant energy-saving effect. The oxygen concentration control ensures complete combustion, thus reducing CO2, SOx, and NOx emissions and helping prevent global warming and air pollution.
Benefits of the Zircoma zirconia oxygen gas analyzers include:
- High Accuracy: The zirconia sensor provides high accuracy and stability, even in harsh and variable process conditions.
- Fast Response Time: Have a fast response time, typically less than one second, allowing for rapid process control.
- Low Maintenance: The zirconia sensor is rugged and reliable, requiring minimal maintenance and calibration.
- Wide Measurement Range: The analyzers can measure oxygen concentrations from trace levels up to 100%, making them suitable for a variety of applications.
- Versatility: Are available in several models with different measurement ranges and options for sample conditioning, making them suitable for a wide range of applications in industries such as power generation, combustion control, and process control.
- Easy Integration: The analyzers can be easily integrated into existing process control systems, with options for analog and digital outputs, as well as communication protocols such as Modbus and Profibus.
- Detector detaches while the probe stays in place
- Same detector for all Zircomat probes
- Automatic calibration
- Programmable range selection
- Selectable memory hold feature
- Hi-lo & self-diagnostic alarms
- Interactive message panel
- Isolated 4-20mA output signal
- Simple to install
- Easy to maintain
Some of the industries that use this type of analyzer include:
- Power Generation: Commonly used in the power generation industry to measure oxygen concentration in combustion processes, such as boilers, turbines, and incinerators.
- Petrochemical: The analyzer is also used in the petrochemical industry to monitor oxygen concentration in chemical processes, such as gasification, reforming, and cracking.
- Metals: The analyzer is used in the metals industry to measure oxygen concentration in steelmaking and other high-temperature processes.
- Environmental Monitoring: Used in environmental monitoring applications, such as emissions monitoring from industrial sources and ambient air quality monitoring.
- Aerospace: The analyzer is used in the aerospace industry to measure oxygen concentration in aircraft fuel tanks and environmental control systems.
- Pharmaceutical: The analyzer is used in the pharmaceutical industry to monitor oxygen concentration in bioreactors and other fermentation processes.
- Boilers and burners
- Gas turbines
- Glass manufacturing
- Biogas and landfills
- Hydrogen
- Power plants
- Refineries
- Petrochemical
- Chemical processing
- Metal and steel
Standard ZFK
- The ZFK is designed for oil or gas fired operations with stack gas temperatures up to 1150ºF. This probe uses the natural pressure drop created from stack gas passing across the prove tip to deflect the sample gas past the oxygen detector for measurement. The detector detaches from the probe for service without removing the prove from the stack.
ZTB Self Cleaning
- Designed for dirty applications with sample gas temperatures up to 1150ºF, the ZTB probe uses plant air to clean the detectors sample gas filter automatically at programmable time intervals and is recommended for coal and black liquor fired boilers or incinerator applications with high fly ash content. The detector detaches from the probe for service without probe removal.
ZFK-ST High Temperature
- This probe is manufactured from ceramic and can be used on applications burning oil or gas as a fuel with stack gas temperatures up to 2200ºF. The detector detaches from the probe for service without removing the probe from the stack. For special applications, high temperature alloys can also be supplied.
ZTA High Temperature
- The ZTA is used for sample gas temperatures up to 2900ºF and is available with a self-cleaning function. It uses compressed air to educt the sample from the stack. A built-in heater maintains the sample above the dewpoint during start-up. The detector detaches for service without probe removal.
