Oxygen Transmitters: Functions and main applications

Oxygen transmitters are devices used to continuously measure and transmit oxygen levels in a specific process or environment. These instruments can use different technologies, such as Zirconia, Paramagnetic, Laser and electrochemical, to detect oxygen concentration with high accuracy. Their main role is to provide immediate and constant control of the amount of oxygen present, which is essential in industrial processes where timing control is critical.

Application areas of oxygen transmitters

These dissolved oxygen transmitters are widely used in highly regulated industries. In wastewater treatment, dissolved oxygen transmitters are essential for optimising biological purification processes. 

In Situ Gas Analyzers: technology and operational benefits

In-situ gas analyzers are instruments that measure directly in the process, without the need to extract samples for analysis. These devices detect the concentrations of various gases, such as Oxygen, CO2, NH3, H2O and many others, in real time, providing accurate and immediate data on the status of the system. Thanks to their installation directly at critical points, such as flue gas lines, in situ gas analysers enable continuous and prompt analysis.

Compared to traditional extractive analysers, APT in situ gas analyzers offer considerable advantages. Firstly, response is extremely fast, as there is no need to take samples. In addition, maintenance is minimised, as there are no pipes or filters to replace regularly. APT's in-situ gas analysers are designed to operate in harsh conditions, such as high temperatures and corrosive environments, ensuring reliable and durable operation even in extreme environments.

Typical applications of in situ gas Analyzers

In-situ flue gas analyzers are widely used in industrial emissions monitoring. They are indispensable for monitoring flue gases produced by combustion in power plants, ensuring that emissions are within regulatory limits. These analysers are also used in chemical processes and refineries, where they monitor flue gases to ensure compliance with environmental standards. In addition, they can be used in cement and glass production processes and in the metallurgical industry, where emission control is crucial.

Advanced gas monitoring solutions: Insta trace and other precision technologies

Insta trace technology represents a breakthrough in gas monitoring. With its ability to provide fast and accurate measurements, Insta Trace has become a benchmark for industries that require extremely accurate monitoring. This advanced system enables almost instantaneous results, reducing the risk of errors and optimising process responsiveness.

Industrial gas and oxygen monitoring is essential to ensure safety, efficiency and compliance with environmental regulations in a variety of sectors, from power generation to water treatment and chemical processes. Advanced instruments such as APT's oxygen transmitters and in-situ gas analyzers offer accurate and continuous gas monitoring, essential to optimise production processes, reduce emissions and prevent hazardous conditions.

Choosing the right gas monitoring technology has never been more important, both to improve operational efficiency and to meet regulatory requirements. If you are interested in improving your company's safety and performance with advanced instruments such as oxygen transmitters and in situ gas analysers, contact us today for more information.

Our team of experts will be happy to help you find the perfect solution for your industrial needs, ensuring reliable and tailored monitoring will take your business to new levels of safety and sustainability.