The LaserGas IQ² analyzer, from the Norwegian firm NEO Monitors, is the first TDLAS multiparameter laser analyzer on the market . It is able to analyze up to 4 gases (CO, O2, CH4 and H2O) and temperature with the same equipment.
In this way we could control the combustion (O2 and CO) using the same equipment and simultaneously have an alarm for burner failure (increase in CH4) and / or pipe breakage in boilers (increase in H2O)
The instrument is based on the absorption of infrared radiation by gas molecules (TDLAS). An absorption line in the IR band is selected in which only the gas to be measured has absorption, thus eliminating possible interference due to other compounds present in the sample.
Its new configuration with transmitter and receiver integrated in the same housing facilitates the assembly of the equipment. It is available in addition to configuration with insertion probe (Vulcan), in version for measurement through conduit (X-stack) and “open path” (Open Path)
Minimum / maximum measuring ranges:
– CO: 0-100 ppm up to 10,000 ppm * m with limit detection / accuracy = 3 ppm
– O2: 0-2% up to 25% with limit detection / accuracy = 0.05% vol
– CH4: 0-1% up to 5% with limit detection / accuracy = 0.01% vol
- Optical path length: 1 m
- Maximum gas temperature: 850ºC
- High sensitivity and precision
- Without interference with other gases contained in the sample
- Quick response time
- Combustion analysis.
- Process ovens
- Electrostatic precipitators
- Recovery of residual gas VCM (vinyl chloride monomer)
- Gas reformer
If you need to answer any questions or queries you may have about the gas analyzer, just send us an e-mail from the contact section and one of our experts will contact you as soon as possible.
ADOS: new analysis solutions, gas control and risks derived from leaks.
This week we had the pleasure of sharing with our new partner, the german company ADOS (https://www.ados.de) a very interesting day. It was focused on the analysis of gases and the risks derived from the leakage of potentially dangerous gases in the environment. A good gas control will allow us, early enough, to detect these gases and avoid unnecessary risks. We are delighted to be able to incorporate their products into our catalog. They provide new solutions that minimize the risks derived from the emission of gases. That also helps for protecting people and improving the environment.
For more information contact MATELCO, S.A tel. 126.96.36.1993 . You also can use our email form from the contact section.
Renewal of hot air.
Many manufacturing processes must use hot air dryers to evaporate the solvents of coatings, laminates and finishes.
Displacement and heating of large amounts of air, involve high costs.
Most think that the first option to control costs is to reduce the fresh air, to the point where complete drying, the desired production rate is ensured. However, this reduction of air can cause fire or explosion due to a dangerous accumulation of flammable vapors produced by insufficient air renewal.
As the cost of fuel increases, so do concerns about safety and energy optimization.
Control of flammable vapors gas analyzer
Security technology furnaces and dryers for processes that are released and evaporate relatively quickly, solvents and other flammable substances is governed in Europe by the standard UNE-EN 1539: 2015: Dryers and ovens in which flammable substances are released. Safety requirements having equivalent NFPA 86 standard EE. UU.
Section 188.8.131.52 of the American standard states: “… the rate of air renewal security must be designed and maintained during operation to avoid vapor concentration in the oven, without exceeding 25% LFL (Limits Flash) provided there is no active surveillance of the FLF.
NFPA 86 also allows a substantial reduction in the renewal rate of air in cases where “there is a constant concentration indicator solvent vapors and the controller is provided ….”
When these devices are installed to continuously analyze the gases from the drying zone, the vapor concentration in that area may be higher, provided they do not exceed 50% LEL. In addition to an increase in security, it enables cost reduction, by specifying heat a smaller volume of fresh air.
Active safety monitoring can be performed by thermal flame analysis (FTA) in the oven chamber, where the current limit concentration is monitored. Accordingly, air blowers and clean exhaust gas and the heating furnace can be regulated automatically increasing process safety.
Prevex gas analyzer for measuring the solvent vapors and other flammable substances.
Some features of the analyzer Prevex:
- Reliable and accurate measure of flammability (explosiveness; % LEL ) of the gas sample, enabling its use in security applications in process
- Direct measurement of flammability without applying correlation factors other gases
- As in situ , in conduit without sample transport. Cold spots are avoided and gains in response time.
- Sensor very quick response : <1s.
- Due to its universal calibration it is very sensitive to variations in the composition of the gas matrix to analyze unlike other technologies such as catalytic sensors, FID, etc.
This allows savings at different points:
- An adjustment in the air renewal without affecting production levels or affect the safety requirements.
- An increase in the production rate without increasing costs or existing fuel air
- Recirculation of hot exhaust gases back to the drying zone
- Reduction rates furnace to decrease the fuel required for efficient operation of the thermal oxidizer.
- Gas reduction furnace outlet to reduce the fuel required for an efficient process
The benefits can range from simply reducing air exchange and / or an increase in production. This results in significant fuel savings.
Some advantages of using analyzers can go unnoticed. An analyzer that reduces the air renewal in the drying zone, can also reduce the cost of emissions.
Also in some cases it could use a thermal oxidizer smaller capacity, or add additional production lines to existing incinerator. In many cases, the cost is amortized Prevex analyzer quickly.