Oxygen / O2 Combustion Measurements
O2 Stack Analysers
Continuous measurement of Oxygen and temperature can help combustion processes such as boilers, furnaces and thermal oxidisers by improving operational efficiencies and reducing costs.
Improved boiler control is achieved by trimming the excess air and optimising combustion on a ‘live’ / continuous basis. Real tangible cost and CO2 savings can be made; payback time for the investment can often be a matter of weeks.
CEM Solutions also offer extractive multi-channel gas analysers for process measurement and control. Download a brochure below for more information, technical specifications and measuring ranges.
Oxygen/O2 Analysis
Continuous oxygen analysis for improved combustion control
Continuous oxygen monitoring provides a clear indication of combustion efficiency by measuring the balance between fuel and air within the process. Accurate O2 measurements enable operators and control systems to optimise combustion, reduce fuel consumption, improve process stability and support effective emissions control.
CEM Solutions supplies complete oxygen measurement solutions for boilers, furnaces, Energy from Waste facilities, crematoria and other industrial combustion applications. Our services include equipment selection, installation, commissioning, calibration, repair and ongoing technical support, with each system configured around the requirements of your process.
Oxygen/O2 Analyser Maintenance
Maintaining accurate and reliable oxygen measurements
Regular oxygen analyser maintenance helps protect measurement accuracy, maintain fast response times and reduce the risk of unexpected equipment failure. Probes installed within boilers, economisers and other combustion processes can be exposed to high dust loadings, aggressive gases and acidic conditions, leading to blocked filters, corrosion and gradual deterioration.
CEM Solutions provides standalone servicing and scheduled maintenance packages for oxygen analysers from manufacturers including FUJI Electric, Emerson, ABB, Enotec and Yokogawa. Our experienced engineers can inspect, leak-test, calibrate and service your equipment, helping to maintain dependable oxygen measurements and effective combustion control.
OMD 14
Oxygen Measurement Sensor
This is a low cost, low maintenance device comprising an in-situ probe with integrated signal processor and display. There is no requirement for compressed air. The calibration is stable and Temperature and H2O measurements can be integrated as options. The device is particularly well suited to process measurements where a quick responding device is required.
Related Products
Why choose CEM Solutions?
CEM Solutions was incorporated in 2012, and we specialise in providing business with a range of products and solutions to help meet their emission monitoring requirements.
We now have over 10 years experience in the industry and an ever-growing UK customer base. Our clients are at the core of the services we offer, and we ensure to provide a personal approach that is tailored to your business requirements.
CEM Solutions have a highly skilled team of engineers who are experts in their field and strive to help businesses comply with their emission monitoring regulations.
To discover more about us, or to get in touch with a member of our team, please contact us today with your query and we’ll be happy to assist you.
The benefits of CEM Solutions
Here at CEM Solutions, we have a passionate team that are here to help your business with emission monitoring requirements.
We have the ability to design and install our turnkey solutions which are custom built to your precise requirements. All of the products we use are MCERTS approved and certified. Additionally, we also have a partnership with Dr. Foedisch and are trusted UK suppliers of his industry leading products.
We will consult with you about your requirements, install the equipment and then configure these so they can accommodate your requirements. Additionally, we have 24-hour call-out support on site available should you require our assistance.