Advance Optima AO2000
Modular system combining multiple analytical techniques and measurement points. AO2020 for rack mounting and AO2040 for wall mounting.
ABB AO2000 · Advance OptimaABB · Analytical measurement
Gas analysis
Continuous gas analysis for process control, quality and emissions monitoring. We select the technology together with the sampling system.
From the required measurement to the analyser family
EasyLine EL3000
Continuous analysis for defined configurations: rack-mounted EL3020 or wall-mounted EL3040.
ABB EL3000 · EasyLine
EasyLine EL3060
Dedicated hazardous-area solution with flameproof enclosures and modules selected for the sample.
ABB EL3060 · Hazardous-area gas analysis
In-situ laser
Optical measurement through the process: selection based on component, optical path and duct conditions.
In-situ laser gas analysis
Continuous emissions monitoring · CEMS
A complete measurement chain: sampling, analysis, acquisition and data management.
Continuous emissions monitoring · CEMS
Sample conditioning
Sample treatment and integration into panels or analyser cabinets.
Gas sample conditioning · SCSWhat do you need to measure?
| Requirement | Selection approach | Key information |
|---|---|---|
| Process gas concentration | Extractive analyser with technology suited to the mixture | Background gas, interferents and concentrations |
| Oxygen in hot flue gas | Oxygen and combustion · Endura | Temperature, measurement point and residual combustibles |
| Oxygen in nitrogen or industrial gases | Gas analysis: dedicated selection of principle and sampling system | Percentage or trace levels; purity and sample-line integrity |
| Fast response in a duct | In-situ laser assessment | Optical access, dust and process conditions |
| Stack emissions | CEMS designed to the applicable specification | Components, ranges and requirements for the complete chain |
| Dissolved oxygen in water | Water analysis · DO | Liquid matrix and required range |
Before selecting the instrument
We start with the actual mixture and sampling point. Full scale alone does not define the solution: condensation, adsorption and leaks can alter the sample before it reaches the cell. Response time must include transport through the line.
Information for a quotation
To select a gas analysis system, send us the following information, even if preliminary:
- Components to be measured, background gas and expected interferents.
- Normal, minimum and maximum ranges; units and dry or wet basis.
- Pressure and temperature at the sampling point; moisture, dust and condensable components.
- Required response time, number of points and distance from the sampling point.
- Area classification, indoor/outdoor installation, available signals and utilities.
Frequently asked questions
Can one analyser measure any gas?
No. Components, ranges and interferents determine the measurement principle and configuration. The same family can contain very different modules.
Is a sampling line always needed?
Yes for extractive systems. In-situ measurement takes place in the process, but still requires compatible access and installation conditions.