YJJ SPRINTIR-W-F-100 Carbon Dioxide Sensor Is Used For Monitoring Exhaust Gas Emissions From Industrial Boilers

Product Description:

YJJ SPRINTIR-W-F-100 Carbon Dioxide Sensor Is Used For Monitoring Exhaust Gas Emissions From Industrial Boilers

Features:

With the continuous advancement of industrialization, the pollution caused by industrial emissions to the environment has become increasingly severe. Air pollution has had a significant impact on human health and climate change. In particular, the concentration of carbon dioxide in the smoke generated by industrial boiler combustion is one of the important factors affecting the combustion process. The carbon dioxide produced by boiler combustion reacts with oxygen to form calcium carbonate and carbon dioxide gas. The emission of carbon dioxide in the smoke is the main cause of the greenhouse effect and poses a serious threat to the ecological environment. In 2008, global carbon dioxide emissions reached 29.2 billion tons, and China's emissions reached 6 billion tons.

The sources and generation of carbon dioxide are closely related to industrial production equipment and processes, such as coke ovens, converters, belt calciners, etc. that produce carbon dioxide. Taking the converter as an example, during the combustion of converter gas, limestone decomposes to produce carbon dioxide, and the volume fraction is relatively high, reaching 30% to 40%.

Carbon emission reduction from boilers can be considered from three aspects: source reduction, process control, and end-of-pipe treatment. To achieve this, efforts should be made to promote the adjustment of boiler fuel sources, and accelerate the substitution of high-carbon energy with green and low-carbon energy. During the process, the efficiency of boilers should be further improved, and the carbon reduction contribution brought about by energy consumption reduction should be fully utilized. Finally, low-cost carbon capture, utilization, and storage technologies need to be developed to achieve deep decarbonization in the utilization of fossil energy.

The carbon dioxide sensor can measure the carbon dioxide content in the smoke by detecting the concentration of CO2 gas. Therefore, smoke emission monitoring, as one of the important means for environmental protection, is receiving increasing attention from people. The carbon dioxide sensor plays a significant role in smoke emission monitoring. The multi-model CO2 sensors of the British GSS brand, which are represented by the agent of Gongcai.com, can be used in the industrial field. Here, Gongcai.com recommends several cost-effective CO2 sensors:

The MINIR series of carbon dioxide sensors can monitor the CO2 concentration in protective gases in real time. It has the advantages of small size, large measurement range, and stable reliability. The measurement range can reach up to 0-100%. This ensures that welders are always within the ideal operating range. The sensor uses the principle of infrared absorption spectroscopy to accurately measure the CO2 concentration, thereby providing welders with accurate and reliable data.

The new ultra-fast CO2 sensor of GSS in the UK - SprintIR6S, is specifically designed to meet the application requirements for quickly capturing changes in carbon dioxide concentration. Its response speed is unmatched by any other NDIR CO2 sensor and is suitable for measuring CO2 concentrations ranging from 0% to 100%.

The new SprintIR-R is an infrared carbon dioxide sensor with a fast measurement speed. Thanks to its 2.5 times faster response speed compared to SprintR-6S, this sensor can read 50 readings per second, making it highly suitable for high-speed sensing requirements and measuring rapid changes in CO2 levels. SprintIR-R can measure up to 100% of the CO2 concentration and is equipped with a flow adapter.

British GSS High-Speed Response Infrared Carbon Dioxide Sensor - SprintIR-W-F: High-speed detection (20Hz), measurement range from 0 to 100%, supply voltage 3.3V, low power consumption 35mW. Suitable for fields requiring rapid detection of CO2 concentration changes, such as metabolic assessment and ventilators. It can also be used in industrial fields.

A wide range of CO2 sensors such as COZIR-W/ExplorIR-W are available, and temperature and humidity outputs can be optionally equipped. The measurement ranges are 0-5%, 0-20%, 0-60%, and 0-100%. The refresh rate is slightly lower, but it is still suitable for use in incubators and can also be applied in fields like diving, industrial safety, and automotive manufacturing.

Specifications: