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Ons assortiment zuurstofanalysatoren is ontworpen om gas te bewaken dat wordt geproduceerd of gebruikt in industriële processen waar zuurstofspoor van lage deeltjes per miljoen tot pure O2 nauwkeurig moet worden gemeten. Door gebruik te maken van de hoogwaardige galvanische zuurstofsensoren van AII zijn deze geavanceerde instrumenten eenvoudig te gebruiken met een gemeenschappelijke HMI en menustructuur voor het hele bereik. Operators hoeven slechts één instrument te leren voor meerdere gasanalysetoepassingen bij verschillende zuurstofniveaus. Verkrijgbaar als bench-, 19 "rack-, panel- en wandmontage voor flexibele installatie. -
De zeer nauwkeurige draagbare zuurstofanalysatoren van Analytical Industries zijn bedoeld voor toepassingen die op verschillende gedefinieerde meetpunten moeten worden gecontroleerd. Het GPR-3500-model heeft een compacte, robuuste behuizing en bevat roestvrijstalen onderdelen die in contact komen met de vloeistof, geïntegreerde debietmeters en naaldventielen. Het meet de zuiverheid voor inerte gassen, kooldioxide en zuurstof. De GPR-1200 compacte draagbare zuurstofanalyser voor sporen heeft een 4-wegklep die een gasmonster in de sensor opvangt. Dit maakt snellere zuurstofmeettijden mogelijk bij het verplaatsen van punt naar punt in een proces en beschermt ook sporenzuurstofsensoren tegen voortijdige uitputting als gevolg van blootstelling aan omgevingszuurstofniveaus om hun levensduur te verlengen. Dit alles zorgt voor een zuinige werking en lage eigendomskosten voor deze toonaangevende reeks draagbare zuurstofanalysers. -
Deze robuuste draagbare instrumenten zijn geschikt voor sporen zuurstofmetingen van 0,1 ppm tot zuiverheid toepassingen bij 100% zuurstof en delen dezelfde geavanceerde sensortechnologie als de online proces zuurstof analysatoren, waardoor u kunt vertrouwen op hun betrouwbaarheid en nauwkeurigheid. Het concept van Analytical Instruments, waarbij dezelfde HMI en menustructuren worden gebruikt voor draagbare en online analysers, maakt het voor operators uiterst eenvoudig om beide soorten instrumenten op hun locatie te gebruiken zonder dat er extra training nodig is. -
Automatic systemdesigned for continuous mercury monitoring in natural gas even in hazardous zones (ATEX, IEC-Ex)Each mercury on-line system will differ in sample characteristics as well as installation conditions and operating environment. We have the experience to design systems that fully meet the requirements of your particular mercury monitoring task. -
Technically identical to the SM-4, this device is ideal for mercury determination at varying sites. The SM-4 Mobile by Mercury Instruments has been developed on the basis of the well proven SM-4 mercury stack gas monitor. Its measurement principle and technique, its thermocatalytic reactor, the detector and the sample probe are identical with those of the stationary SM-4. -
QAL 1 certified for continuous, accurate and reliable measurement of total mercury emissions, even in very low concentrations and within complex matrices (SO2, NOx, HCl, etc.) With over 20 years experience, Mercury Instruments (part of ENVEA Group) were the first to develop mercury monitors and mercury analyzers using a dry thermocatalytic method instead of wet chemistry. The SM-4 Mercury Monitor is QAL1 certified and is ready to meet future regulatory requirements (Minamata convention & European directives for thermal power plants and incinerators). -
The SM-3 mercury analyzer measures continuously the elemental, bound and ionic mercury in stack fluegasThe operating principle of the SM-3 is based on a completely new technique: mercury compounds cracking and the reduction of ionic mercury contained in stack gas is performed applying the thermocatalytic method. Wet chemical sample gas treatment using reagents and bubblers is avoided. Maintenance and servicing of the SM-3 are therefore extremely easy. -
Optimization of combustion efficiency and compliance with environmental standards Ideal for combustion control in boilers, incinerators and furnaces. Lowering CO₂, SOx, and NOx emissions while saving energy This oxygen analyser is used to continuously measure oxygen concentration in combustion exhaust gas of industrial boilers or furnaces, and is ideally suited for combustion management and control, such as garbage incinerators and smallest to largest sized boilers, as combustion controllers, achieving a significant energy-saving effect. -
Reliable process control for furnaces, metal industry, semiconductor and gas separation. The analyser continuously measures the concentration of gases such as H2, He, and Ar with high stability. It is also available in a version for hazardous areas (for countries outside the European Union): ZAFE certified Ex NEPSI. -
Ex-proof in situ zirconia oxygen analyzer for combustion controlThe oxygen measurement enables the control of burner fuel/air ratios to ensure combustion efficiency and process safety. Fuji Electric O2 Analyser is adapted to be installed in hazardous areas and to withstand critical environments as:- Refinery process heaters
- Petrochemical reactor furnaces
- Industrial large scale boilers
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Compact and easy to use Excellent stability over time No influence of humidity on the measurement Automatic calibration, communication and alarms Simultaneous and continuous measurement of the concentration of 5 gases: CO - CO2 - NO - NOX - SO2 - CH4 - O2 -
Ideal for controlling polluting emissions
Uses a highly sensitive mass flow meter as a detector. Simultaneous and continuous measurement of 5 gases : CO2 - CO - CH4 - NOX - SO2 - O2 - NO - N2O -
The Protea 2000 emissions monitoring system is approved forthe analysis of exhaust gases from the engines and boilers of ships and offshore rigs. Robust and with proven reliability, up to six gases can be measured including SO2,CO2 The Protea 2000 emissions monitoring system comprises up to 8 exhaust mounted analysers, each with automatic verification facilities. Emissions data from the entire system is securely managed and displayed at a dedicated Classification Society approved panel PC, with outputs to networks, control systems, and reporting facilities. -
For use in the field, ProMass can be provided in a rugged mobile case. With a vacuum start-up in less than 40mins, ProMass can be deployed quickly. Using either the simple PAS-Pro software for unattended operation, or the more complex PAS software for investigation work, ProMass Transportable can give real-time, wide range measurements of any gas.- Leak testing (sniffer mode)
- Syngas analysis
- Environmental testing
- Dissolved gas analysis (with membrane inlet)
- Gas impurity testing
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Ideally suited to semiconductor production processes, ambient air measurements, leak testing and quality testing for the food industry, the 19” mountable ProMass analyser is a complete process tool. ProMass can be provided with fully integrated vacuum system, or for demanding process applications, an external backing pump is provided – particularly for hazardous area applications. Protea will integrate the ProMass analyser with our sampling control system and industrial analyser controller for a complete measurement system. This can be provided to measure from multiple sample locations is quick succession. -
Laboratory QMS Gas Analyser For laboratory applications across many fields of research, the ProMass analyser can be provided in a desktop format. With integrated vacuum system – turbo molecular drag pump and diaphragm roughing pump – ProMass can be operated straight away. A heated capillary of various materials (stainless steel, PEEK, PTFE, borosilicate) is provided included with temperature control of the capillary. Total pressure gauge, analogue and digital inputs, sample pressure and temperature controlled chamber bake-out are all built-in features to give complete sample control. ProMass uses Protea’s proven RGA quadrupole mass spectrometer that is provided as standard with dual Faraday/SEM detector, closed ion source and 0-200amu range for the analytically focused applications of the ProMass desktop system. -
Mini/Micro-SHED
The Flame-Ionisation-Detector (FID) 2000 MP measures the concentration of Total Hydrocarbons in SHED-chambers of different sizes. For applications beginning of 2,5m3 we recommend to measure in a heated circular system to get a response time near to real changes of concentration in the chamber. For smaller chambers, we have developed a special FID-analyzer with a sample flow of 12ml/min. These two types of analyzers optimizethe air change rateover the extraction rate. -
The Flame-Ionisation-Detector (FID) 2000 MP measures the concentration of Total Hydrocarbons in a wide range of applications like all kind of emission control, catalytic- and thermal oxidiser plants, waste gas processing plants, room and environmental air (immissions), solvent recovery plants and vehicle exhaust gases. The monitoring is continous with a high accuracy. -
Methane only / Total Hydrocarbon THC monitoring system (Change-over switch) The 19” Flame-Ionisation-Detector (FID) 1230NMHC measures with its built-in NMHC-Cutter the methane concentration (methane only) and after switching to THC in a wide range of applications like stack gas emissions monitoring, ambient air monitoring, thermal reactor and combustor emissions monitoring and also vehicle exhaust gases. The monitoring is continous with a high accuracy, sensitivity and stability. -
Methaan/THC Analysator
De draagbare verwarmde FID 2010 NMHC van TESTA meet met zijn ingebouwde NMHC-cutter de methaanconcentratie (alleen methaan) en na overschakeling op een ander kanaal ook de THC in een breed scala aan toepassingen zoals bewaking van schoorsteengasemissies, bewaking van omgevingslucht, monitoring van thermische reactor- en verbrandingsemissies en ook uitlaatgassen van voertuigen. De monitoring is continu met een hoge nauwkeurigheid, gevoeligheid en stabiliteit. Alle componenten die in contact komen met het monster worden volledig verwarmd op 200°. -
Wall mount Flame-Ionisation-Detector 3001W
The Flame-Ionisation-Detector 3001W measures Total Hydrocarbons in a wide range of applications like catalytic - and thermal oxidiser plants, waste gas processing plants, room and environmental air, solvent recovery plants and vehicle exhaust gases. Because of its swingable housing, there is an easy installation and optimal accessibility guaranteed. This wallmounted analyser is a compact, robust weatherproofed version. The environmental protectionmode is IP65. -
High-Temperature Analyzer for Exhaust gas measurement
The flame-ionization-detector 1230I-H can measure the sum of total hydrocarbon concentrationin applications like cold starts of engines (down to–40°Cambient temperature), inwoodburning systems and also at engine test units (especially oil-and gasburners, airplaneengines etc.) Our high temperature heated lines with a operation temperature of 400°C are made additionally for measurements of highboiling hydrocarbons. For the sample-gas pickup we have built some prefilters who are able to hold back the tar compounds. -
19" rack version Flame-Ionisation Detector FID 1230
The Flame-Ionisation-Detector FID1230 Module measures Total Hydrocarbons in a wide range of applications like catalytic - and thermal oxidiser plants, waste gas processing plants, room and environmental air, solvent recovery plants and vehicle exhaust gases. The monitoring is continous with a high accuracy. Because of the module system, there is an optimal configuration for every measurement-task under profit aspects possible. All modules can be fit in at any time. -
Total Hydrocarbon Analyser
The Flame-Ionisation-Detector 2010 T measures Total HydroCarbon (THC) in a wide range of applications like catalytic- and thermal oxidiser plants, waste gas processing plants, room and environmental air, solvent recovery plants and vehicle exhaust gases.By it`s little weight and it`s compact dimensions, he is especially made for daily changing measuring points or shorttime measurings campains. -
The 204M is a transportable CEM based on FTIR technology. Using the 204M for measurements of waste incineration and combustion plant process is as simple using an FTIR can be. With pre-loaded calibration methods for 28 gas species, automatic nitrogen purging, in-built pressure and temperature alarms, analogue and digital I/O it is a complete site-ready back up CEM. The ProtIR 204M and PAS software have been designed to allow stack emission monitoring to be carried out to the Environment Agency’s Technical Guidance Note M22 Measuring stack gas emissions using FTIR instruments (TGN M22) as simply and quickly as possible. With the built-in Standard Analysis Model for common gases there is no complex set-up of analysis required. The software as built-in calculations for drift and residual analysis, following the methods described in TGN M22. Skilled users of the FTIR can use the chemometric building routines of the PAS software to build analytical methods for specific applications. Set up this way, the 204M can measure thousands of possible gas species over ranges from ppm to %Vol. -
atmosFIRt is the latest generation of FTIR gas analyser technology from Protea in a portable or mobile form. The atmosFIR system improves upon previous FTIR technology and represents one of the most cost-effective and flexible analytical products on the market today. At the heart of atmosFIR is a high-resolution, robust and proven FTIR spectrometer offering high signal throughput, low-noise and long lifetime of components. atmosFIR has been developed to incorporate the latest improvements and advantages in technology. -
atmosFIR is the latest generation of gas analyser technology from Protea. The atmosFIR system improves upon previous FTIR technology and represents one of the most cost-effective and flexible analytical products on the market today. atmosFIRw has been designed to give a complete measurement system with embedded touchscreen controller. At the heart of atmosFIRw is a high-resolution, robust and proven FTIR spectrometer offering high signal throughput, low-noise and long lifetime of components. atmosFIRw has been developed to incorporate the latest improvements and advantages in technology, including:- Low cost of ownership and maintenance
- Robust and light, including the latest in fabrication materials
- atmosFIR combines an FTIR analyser with an in-built sampling system and embedded PC controller for a complete system
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atmosFIR is the successor to Protea's previous emissions monitoring FTIR systems, keeping all the features that users found valuable in achieving their measurement results, but offering the benefits of the new atmosFIR platform with increased portability, lower ownership costs and increased measurement performance. atmosFIR can be considered a simple multi-gas analyser for combustion gas measurements; indeed for some users that is all it will be and as such it provides a cost-effective and complete measurement system. However, for the expert user atmosFIR will offer all the benefits of FTIR, with hundreds of gas measurements, multiple analytical ranges, in-depth chemometric result diagnoses and dedicated on-board sampling system. With Protea's in-house chemometrics application support and 15+ year history of emission monitoring projects, atmosFIR offers the user the complete package for their monitoring needs. With long-lifetime VCSEL reference laser diode, unique cell design, and air cooled DTGS detector with 24-bit ADC, atmosFIR is a step-change in value and service lifetime for FTIR emission gas analysis. -
atmosFIR CEM is a complete emissions monitoring system incorporating the atmosFIR 19” FTIR analyser. As completely hot and wet emissions measurement, atmosFIR CEM is ideal for complete measurement of multiple gases from applications such as incineration and power. A standard gas suite of NO, NO2, N2O, SO2, NH3, HCl, CH4, O2, CO2 and H2O is provided, but with the powerful FTIR analyser, further gases can be added easily in software. At the heart of system is the high-resolution, robust and proven FTIR spectrometer offering high signal throughput, low-noise and long lifetime of components. atmosFIR has been developed to incorporate the latest improvements and advantages in technology, The atmosFIR FTIR analyser contains an in-built sampling system and is designed for ppm-level emissions monitoring. The analyser can be used as a portable or bench-top unit as well as part of the installed CEM system. -
Kemtrak backscatter probes are designed to accurately measure low to extremely high turbidity directly in tanks and pipelines. The dual fiber optic design of the Kemtrak probe provides high resolution at low turbidity ranges with excellent linearity all the way up to extremely high turbidities when used with a Kemtrak NBP007 backscatter photometer. A unique benefit of the Kemtrak backscatter immersion probe is that it does not go blind at high sample turbidities. Other probes stop working at 4 000 NTU/FNU (< 1 wt% solids) after which the signal will decrease resulting in an erroneous and misleading output. The output of the Kemtrak probe will continue to increase with sample concentration ensuring a reliable measurement. -
In-line Fiber Optic Measurement cells
Kemtrak industrial process measurement cells are manufactured from the highest quality materials and are designed to the most demanding specifications to ensure long life and the highest reliability. Industrial grade fiber optics transmit cold light to the measurement cell and back. The measurement cell contains no electronics, moving parts or sources of heat that would result in condensation on the optical surfaces and they are well suited for hazardous area operation. -
Measuring of Total Gaseous Mercury (TGM) in air and other gases at ultra trace levels
The UT-3000 Mercury Ultratracer provides a compact and reliable tool for measuring mercury in gases at ultra trace levels. Utilizing the high performance GoldTrap amalgamation module and an optimized state-of-the-art AA-mercury vapor detector the UT-3000 Ultratracer offers detection limits at sub-ng/m³ (ppq-parts per quadrillion) levels.
