Combustion Analysis Made Easy,Portable Flue Gas Analyzer for Efficient On-Site Measurements

Combustion is a common energy conversion method.

During combustion, flue gas is emitted. Analyzing its composition—primarily components like oxygen, carbon monoxide (CO), and carbon dioxide (CO₂)—helps determine if combustion is complete and calculate combustion efficiency.

The level of combustion efficiency directly affects energy utilization:

High efficiency means energy is fully converted into required power, reducing waste and production costs.

Conversely, low efficiency not only causes energy loss but also imposes extra economic burdens.

Example: High CO content in flue gas indicates incomplete combustion, meaning part of the fuel hasn’t released heat fully, leading to low energy efficiency. CO₂ content also reflects efficiency indirectly: excessively high levels may result from excessive air intake (complete combustion but heat loss), while too low levels suggest incomplete combustion.

How to measure flue gas composition? Professional instruments are essential.

Take our distributed testo 310 flue gas analyzer as an example—an entry-level Portable Flue Gas Analyzer that simultaneously measures key parameters like O₂, CO, flue gas temperature, and ambient temperature. Based on these, it calculates CO₂ values, combustion efficiency, and flue gas losses, providing comprehensive data for evaluating combustion efficiency and equipment operation.

Product Features:

User-friendly Design: 4 guided measurement menus and a large backlit display ensure clear data reading in complex lighting.

Efficient Sensors: Sensors auto-zero within 30 seconds of startup.

Long-lasting Battery: 1500mAh rechargeable lithium-ion battery supports up to 10 hours of operation and USB charging.

Portable & Durable: Magnetic back for easy fixing, built-in condensation tank for quick cleaning, and optional flue gas probes in different lengths.

Data Transmission: Infrared interface enables direct transfer to infrared printers for on-site report generation, meeting high-efficiency testing needs.