Now offering advanced Process Optimization and CEMS solutions for all major industries.
Shop By Products
Now offering advanced Process Optimization and CEMS solutions for all major industries.
Shop By Products
Gas analyzers help plant teams measure gas concentration in flue gas, process gas, combustion gas and stack emission applications. They check gases such as SO₂, NOx, CO, CO₂, O₂, H₂O and HF.
In many plants, gas readings change because of fuel quality, combustion condition, load change, air distribution, leakage or process upset. Therefore, regular gas monitoring helps teams understand what is happening inside the process and take corrective action faster.
TIPL offers online models for continuous monitoring and a portable model for field checks. As a result, users can select the right instrument based on whether they need permanent installation or mobile gas testing.
The correct analyzer depends on the application. First, the plant team should confirm which gases need to be measured. Then, they should check the measurement range, process temperature, dust level, moisture condition and output requirement.
For continuous stack or process monitoring, online models are suitable. However, for site checks, troubleshooting, laboratory use or temporary measurement, a portable model is usually more practical.
Online models support continuous monitoring of flue gas, stack gas, combustion gas and process gas. Therefore, they are useful for boilers, kilns, furnaces, denitrification systems, emission monitoring and CEMS applications.
A portable model helps the team measure gas concentration at different locations. For example, it can support field checks, spot testing, maintenance inspection, temporary monitoring and laboratory gas analysis.
These instruments support many plant applications. For example, they are used in:
Gas Components
First, identify the gases that need monitoring, such as SO₂, NO, NO₂, CO, CO₂, O₂, H₂O, HF, H₂S, NH₃, Cl₂, HC or LEL.
Measurement Type
Next, decide whether the application needs fixed online monitoring or portable field testing.
Measurement Technology
After that, choose the measurement principle. Common options include NDIR, UV DOAS, TDLAS, zirconia, electrochemical, catalysis and infrared laser.
Process Condition
Also check gas temperature, pressure, dust, moisture and sample condition. These details affect product selection.
Output Requirement
Then confirm whether the plant needs 4–20 mA, RS485, RS-232, relay output, PLC, DCS or CEMS connection.
Installation Method
Finally, select the installation style. The option may be rack-mounted, panel-mounted, desktop, in-situ, extractive or portable.
Online models give continuous gas readings. Therefore, they are useful when the plant needs regular data for process control, combustion adjustment, emission monitoring or CEMS support.
A portable model helps teams check gases at different points. Also, it is useful for field visits, maintenance rounds, troubleshooting, temporary checks and laboratory work.
Use an online model when the plant needs continuous monitoring.
Use a portable model when the plant needs mobile or temporary gas measurement.
Gas analysis instruments support many industries, including:
