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Non-woven bag in 80g/m2, in a varied range of bright tones. With reinforced, short handles of 35cm and heat-sealing finish. Resistance up to 5kg of weight. Non-Woven

CLD based gas monitor for the measurement of NO, NO2 and NOx in the range 0-4000 µg/m³, based on 100/200 dilution rate.

CLD based gas monitor offering superior performances for the measurement of NO, NO2 and NOx criteria pollutants in the range 0-1 ppm or 0-10 ppm. Optional NH3 monitoring.

The NDIR bundle industrial gases consists of optimally matched thin-film infrared emitters and various IR thermopile detectors for gas analysis in industrial applications. The set includes ten components for commonly measured gases such as CO2, CO, hydrocarbons, nitrogen compounds and alcohols: four JSIR 350 series IR emitters in various TO packages and six matched thermopile IR detectors with two or four channels of the MTS 200 series. In the development project, the NDIR bundle supports several goals: short-term delivery of IR components without minimum order, evaluation of components or testing of different components in the measurement system. Fast test results in development help to gain a decisive advantage on the way to market maturity of the series product. Micro-Hybrid is the only supplier worldwide to produce both IR components for gas analysis - practically and quickly available in one box.

The O-Rail linear system with rollers ensures the highest flexibility of configuration thanks to the original shape of the FXRG guide, the system basic component, featuring 3 raceways arranged at 90°, over which the R series rollers can run on any one of the 3 raceways. Using a single or multiple parallel guides allows users to achieve several combinations, able to meet all linear motion requirements. O-Rail has been designed as a versatile linear system, ideal for automated applications. It is an easy to assemble system, able to offer a smooth motion even on uneven surfaces.

Wrapped composite sliding bearing Stainless steel / PTFE coated | Maintenance-free dry sliding bearing | Corrosion resistance | Chemical resistance | DIN 1494 / ISO 3547 NOX-MET® is a versatile, corrosion-resistant dry sliding bearing with PTFE sliding layer. Therefore, no lubrication is necessary. However, additional lubrication is possible in principle! For technical details, please visit the product page on our website!

Single reaction chamber version for the monitoring of NO or NOx, or dual chamber for NO, NOx and NO2 measurements. • heated analyzer (temperature controlled up to 180 °C) • measurement of wet and corrosive samples • proven EPA reference method • CLD technique for continuous and simultaneous measurement of NO, NO2 and NOx • in compliance with EN 14792 • fast response time (< 2 sec.)

Product 9: CTP's VOCNOxTherm system combines low operating costs and excellent cleaning efficiency of an RTO with the NOx reduction of an SNCR. In several applications the VOCNOxTherm eliminates the need for an additional and complete SCR system.

Product 7: AUTONOX - CTP's regnerative SCR system. The perfect CTP solution for the reduction of NOx. A special feature about the CTP AutoNOx is the fact that it can be adapted to meet a wide variety of special customer requirements: innovative SCR concept Highest thermal efficiency Highest flexibility Possibility for extension

Product 6: CTP’s SCR systems are used in industrial processes with a wide variety of gas volumes and NOx concentrations. These systems are also suitable for increased particulate content: Maximum cleaning efficiency Low operating costs Optimal injection and distribution of the reduction agent For low dust applications Small footprint

Effective NOx reduction systems offered by INSTAL-FILTER SA are combination of proven technologies based on long-term experiences and innovative technology. They are characterized by low cost consumption and great availability. To meet the binding law, INSTAL-FILTER SA offers the following NOx technologies: --> SNCR Selective, non-catalytic reduction method applied in high fumes temperatures of gases 850 – 1080 °C --> SCR Selective, catalytic reduction method applied in low temperatures of gases 180 – 470 °C --> COMBINED METHOD Combination of SNCR and SCR methods As an agent, which reduces the NOx, there are applied: --> Urea - (NH2) 2CO --> Ammonia - NH3 --> Ammonia water - NH4OH Taking economic aspect into accounts it is important to reduce the NOx level also on the grounds of primary methods.

NOX SENSOR OF BUS AND TRUCK SPARE PARTS ORIGINAL OR AFTERMARKET. ATEGO, AXOR, ACTROS, TRAVEGO, TOURISMO, SETRA, NEOPLAN, TOURLINER BUSES AND TRUCK SĞPARE PARTS.

Most of the combustion systems currently available in the market attempt to achieve their low NOx emissions combined with low CO emissions and stable combustion by employing relatively long flames, staged combustion air/fuel and with mechanical provisions near the flame to create swirl. The EUROPEM Ultra-low NOx burners use a different philosophy to achieve complete and stable combustion along with ultra-low NOx emissions: The use of thin and short flame profiles: Empirical evidence shows that narrow and short flame profiles achieve the lowest NOx emission values. Controlled flame temperatures: The flame temperature is controlled at a temperature high enough to ensure that no CO is formed whilst the temperature is low enough to avoid any NOx formation. Oxygen concentration near the flame is controlled such that the faster hydrocarbon reaction depletes all the oxygen before NOx can be formed by the slower N2 to NOx reaction. Internal flue gas recirculation: The high velocities at the burner mouth create an internal venture effect which in turn results in internal flue gas recirculation around the flame. A stable and uniform temperature profile without hot spots created in the flame will further minimize NOx formation. EUROPEM Ultra-low NOx burners are equipped with a windbox giving tangential entry of the combustion air to create a natural swirl around the flame. This principle is also employed for the waste gases entering the burner so that additional swirl is created by one or more waste gas streams. Support fuel and rich waste gas are injected through a shell type disc to obtain a narrow and short flame profile. A “tulip flame profile” or “balloon flame profile” are selected, depending on the fuel characteristics.

This premium pyroelectric quad detector is tailored for measurement applications for the analysis of nitrogen oxides (NOX) in environments from -20 to 85 °C. The filters determine the infrared detection of the following gases: water vapor (H2O) (CWL: 6580 ± 40, HBW: ± 35 nm), nitric oxide (NO) (CWL: 5300 ± 30, HBW: ± 20 nm), sulfur dioxide (SO2) (CWL: 7300 ± 50, HBW: 180 ± 20 nm) and an embedded reference channel (CWL: 5060 ± 25, HBW: 100 ± 15 nm). The four-channel IR pyrodetector achieves a high detectivity of up to 4.0*10^8 cm√Hz/W and sensitivity of up to 200000 V/W. The MPS4SENS NOX provides reliable measurement values in ambient temperatures between -20 and 85 °C, e.g. for industrial gas measurement or process analysis in various industry and manufacturing areas, such as chemical, textile, environmental technology, recycling or exhaust gas technology. Micro-Hybrid is the only manufacturer of pyroelectric 4-channel detectors with a high performance membrane in a TO39 package.

Selective Non-Catalytic Reduction is a post-combustion technology that is designed to control nitrogen oxides (NOx) emissions from boilers by the injection of ammonia or urea reagents into the flue gas.Hamon Research-Cottrell is licensed by Exxon Mobil for the application of ammonia based Thermal DeNox™ (TDN).

Besides primary measures, Selective Catalytic Reduction (SCR) is the most effective method for controlling nitrogen oxide emissions (NOx) from combustion sources. It is a commercially proven flue gas treatment technology that has been demonstrated to remove over 98 percent of the NOx contained in combustion system exhaust gas. The catalyst is at the heart of the SCR process. It creates a surface for reacting the NOx and ammonia, and allows for the reaction to occur within typical flue gas temperature ranges.Hamon uses a similar technology to reduce also VOC or CO content.Thorough knowledge in the design of all types of heat recovery systems including heat exchangers made of glass or fluoroplastic tubes to de-saturate the flue gas downstream a wet scrubbing system allows for minimum energy consumption when the flue gas needs to be heated.