One of the key benefits is that a boiler can run at its optimal efficiency. As opposed to older mechanical tools, a flue gas analyzer can run continuously. This means that if there is an issue hindering the performance of a boiler, it can be quickly resolved. In the long run, this can save a substantial amount of energy. Consequently, this can reduce energy bills and save money.
GAS ANALYZER
Gas Analyzer
We are Exporter and supplier of a wide range of Gas Analyser & Gas Leak Detector. The range is used with various gases, such as various gases like Paramagnetic Oxygen Analyzer, Portable Gas Analyzer, Biomass Gas Analyzer, Gas Sampling Station.
Flue Gas Analyzer System
Measuring the exhaust gas is an excellent way to optimize fuel and air input. Continuous and portable analyzers are for this purpose. A flue gas analyzer will enable you to measure the concentrations of various gases and adjust burners on a boiler to help achieve optimal combustion. A flue gas analyzer is a device used to monitor the gases emitted from the pipes or ducts of a boiler, furnace or other unit. In turn, these devices help maximize efficiency and protect individuals from harmful gases. Due to the high-tech nature of a flue gas analyzer, installing one of these devices offers four distinct advantages.
CO & O2 Analyzer System
Carbon monoxide and Oxygen is these CO and O2nd-most CO and O2 Common molecule in the interstellar medium, after molecular hydrogen. On earth, atmospheric CO andO2 is present in small amounts primarily as a product of CO and O2mbustion processes. This includes volcanic activity, fires, and fossil fuel burning. In urban areas, CO AND O2 as an air pollutant originates from internal CO and O2 Combustion engines and equipment that burns various fuels like CO and O2 Complete or inefficient manner.
CO & O2 Analyzer System
Feature
- Temperature recording
- CO concentration recording
- CO peak count alarm
- Japanese type approval certified
Application
Engine exhaust gas monitoring (raw and CVS) Electro-filters Combustion plants Pre & post catalyst Research & Development Quality Assurance
Cross Stack Laser Analyzer
It is used for Continuous monitoring of HCl, NH3, CO, CO2, CH4, and O2.
Cross Stack Laser Analyzer
Feature
- High sensitivity - ppb, ppm and % concentrations
- Interference-free gas measurements
- Large dynamic range
- Absolute measurements: no drift, no calibration, linear response
- Real-time - 1s response
- In-situ and non-invasive measurement
- Suitable for harsh environments. Unaffected by contaminants - no corrosion
- Small size
- No sample lines required, eliminating errors due to gas sampling
- Low maintenance and low cost of ownership
Application
Low maintenance Low operating-cost： with no gas-sampling device and few parts to be replaced Superior long-term stability Fast response within 2 seconds Tolerant to high temperature and high dust Environment friendly： 80 VA, low power consumption Analog output for transmittance is available Compliant with RoHS directive (2011/65/EU) Double-beam version for CO and O2measurement available
Zirconia Oxygen Analyzer
The zirconia oxygen analyzer is suitable for measurements of ppm to % levels of oxygen in a gas or mixture of gases. The zirconia cell is an electrochemical galvanic cell employing a high temperature ceramic sensor containing stabilized zirconium oxide. Within an instrument the zirconia cell is mounted in a temperature controlled furnace with the necessary electronics to process the signal from the detection cell. Typically measurements are displayed directly via a digital display as oxygen concentration over the range 0.01ppm to 100%.
Zirconia Oxygen Analyzer
Feature
- It does not require sampler.
- It has relatively much fast response.
- Warm-time is also less than paramagnetic & Zirconia type.
- Operating temperature range is very wide
Application
Gas Producers for ensuring product quality by measuring for an oxygen impurity or for monitoring for oxygen purity. Gas Users to ensure reliability of inert gas blankets to ensure quality of gases used as production materials in the chemical industry. Food Packaging to ensure the correct oxygen levels are present in packages containing modified or controlled atmospheres.
Double Beam NDIR Analyzer
Simultaneous and continuous measurement of up to 5 components among: NO, SO2, CO2, CO, CH4, N2O, and O2. All gas molecules vibrate and rotate at particular frequencies. These vibration/rotational frequencies cause asymmetric molecules to absorb light at very specific wavelengths.
Double Beam NDIR Analyzer
Feature
NO, SO2, CO2, CO, CH4, N2O: Non-dispersive infrared sensor O2: built-in paramagnetic sensor or external zirconia sensor
Application
Ideal for flue gas monitoring in incinerators and industrial furnaces
Single-Beam NDIR Analyzer
Simultaneous and continuous measurement of up to 5 components among: NO, SO2, CO2, CO, CH4, N2O, and O2. All gas molecules vibrate and rotate at particular frequencies. These vibration/rotational frequencies cause asymmetric molecules to absorb light at very specific wavelengths. The only difference is it works by single beam.
Single-Beam NDIR Analyzer
Feature
NO, SO2, CO2, CO, CH4, N2O: Non-dispersive infrared sensor O2: built-in paramagnetic sensor or external zirconia sensor
Application
Ideal for flue gas monitoring in incinerators and industrial furnaces
Thermal Conductivity Analyzer
A thermal conductivity measurement of a sample gas is a popular method of determining the gas concentrations of binary mixtures, but current, traditional katharometer technologies not only measure the thermal conductivity, but also the thermal mass of the gas, thus causing distortion to the measurement. The innovative new TCD technology from Servomex is the world's first true Thermal Conductivity sensor. Using unique Servomex TRU REF technology to eliminate the effect of changing sample conditions, the Servomex TCD measurement is not distorted by convention effects - unlike katharometer technologies used elsewhere. The result is exceptional accuracy and stability of measurement, guaranteeing the "best-in-class" performance for drift accuracy, linearity and repeatabile performance, as well as lower cost-of-ownership through reduced calibration requirements and no requirement for a reference gas. Measurements available include He in N2, He in O2, H2 in Ar and He in N2.
Thermal Conductivity Analyzer
Feature
- Simplicity
- Large linear dynamic range
- General response to organic and inorganic samples
- Non destructive character
Application
Gases or vapors; best suited for binary gas applications such as detector on chromatographs or leak detection or for hydrogen and helium analyses, because these gases have high thermal conductivity.
Paramagnetic Oxygen Analyzer
Oxygen is a paramagnetic gas and is attracted into a strong magnetic field. Because this measurement is a purely physical effect, nothing is consumed and in principle the cell has an unlimited life. However, contamination of the cell by dust, dirt, corrosives or solvents can lead to deterioration. Measurement range is typically 0.05% to 100% O2.
Paramagnetic Oxygen Analyzer
Feature
Advantage of paramagnetic types O2 analyzer are :Capable of measuring flammable gas mixtures that cannot be measured by a zirconia oxygen detector with its heated cell. A paramagnetic system offers the fastest response time and is more resistant to vibration or shock.
Application
Gas Producers for ensuring product quality; monitoring for oxygen purity or by measuring for an oxygen impurity. Gas Users for ensuring product quality to ensure reliability of inert gas blankets to monitor for oxygen in contaminated gas streams. Food Packaging : To ensure sufficient oxygen is present in a working atmosphere where the atmosphere can become oxygen deficient.
Portable Gas Analyzer
As the name suggests, these are portable Gas Analyzers which analyze the gas. Portable Gas Analyzers have small components which means less space which in turn means easy handling.
Portable Gas Analyzer
Feature
- Portability
- Easy handling
- Less Space
Application
Agriculture Flue Gas Power generators Ambient air quality Landfill Syngas / Gasification Engine Exhaust Steel heat treating
Biomass Gas Analyzer
Forest residues etc. Biomass gasification process. Biogas generated through fermentation of biomass can be used as a fuel for boilers, gas engines, and other applications.
Biomass Gas Analyzer
Feature
One of the major advantages of biomass energy is that it produces a smaller amount of harmful greenhouse gases than fossil fuel alternatives produce. Biomass energy produces less carbon than fossil fuel energy. Levels of the greenhouse gases methane and carbon dioxide could also be reduced through the use of biomass energy sources as these gases are produced by organic matter if left to decay without being used for a purpose such as this.
Application
Biomass Energy Production, Optimal use of Biomass Energy Production
Gas Sampling Station
Sampling systems for Gas or Liquefied Gas Applications, for high pressure, low and high temperature, corrosive, arduous and sour service, strong toxicity, strong volatile and dangerous liquid gas mixture or gas which is bane to the environment.
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