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The Titan-OL is a turnkey, process-ready gas analysis system. The analyzer and sample handling hardware can be wall or frame mounted in a NEMA enclosure suitable for use in production environments, including Class I, Div. 1. The integrated sampling system is fully purgeable and can handle multiple sample and reference lines.
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Airsense
High Speed Multi-component Gas Analyzer
On-line, process gas analyzer, providing the combination of high speed analysis, ultra low detection levels, operational and integration flexibility, along with ruggedized operation.
Based on the Ion Molecule Reaction (IMR) principle coupled with a patented ion transfer system, several hundreds of Airsense operate in a vast number of industrial and laboratory based applications.
Attributes Include:
High speed multi-component analysis
Flexibility and ease of operation allows for integration easily to any test location
IMR technique provides the analysis capabilities for an extensive list of contaminants with no interferences or false positives
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SERVOTOUGH SpectraExact (2500) Process Gas Analysers
The SERVOTOUGH SpectraExact series of photometric process analysers offer single or dual component gas analysis to suit virtually any process, combustion or emissions gas analysis application.
They are designed for industrial environments with the emphasis on rugged construction, high performance and simple operation.
The SERVOTOUGH SpectraExact series of analysers are highly flexible and can be configured to suit virtually any process environment.
- On-line, real time process analysis
- High reliability, accuracy and stability
- Low cost of ownership and long maintenance intervals
- Single & multi-component analysis capability
- Easy integration with DCS and other control systems
- Suitable for field mounting in hazardous area locations
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H2scan’s Series 700 in-line hydrogen-specific process monitors are designed for ease of use, interface flexibility and true process control. The HY-OPTIMA™ 700 is a solid state sensor that can operate in humidity and process gas streams with temperatures up to 100ºC. The HY-OPTIMA™ 700 is ideal for hydrogen production and petrochemical applications where real time measurements of hydrogen can increase process plant efficiencies, improve diagnostics and enhance maintenance management translating into higher profitability.
Performance
Hydrogen Sensitivity Range:
0.5% to 100% hydrogen by volume at 1ATM
Typical Response Time: T90 less than 30 sec
Ingress Protection: IP64 capable
Calibration Interval: 90 days
Product Life Expectancy: 10 years
Accuracy: ± (3.0% of indication + 2000ppm)
Interface Options
Input Voltage Range: 8VDC to 13VDC
Input Current: 0.5A
Analog Outputs: 4-20mA
Serial Communication Options: RS232 or RS422
Relay Contacts: Two programmable 60VDC/1A
SPDT relays with both normally open (N.O.)
and normally closed (N.C.) contacts.
Operating Conditions
Operating Humidity: 0% to 95% RH
Flow Rate: 0.1slpm to 50slpm
Pressure: 0 to 7bar gauge, 0 to 100psi gauge
Process Gas Temperature Range: -20ºC to 100ºC
Operating Temperature Range: -20ºC to 40ºC
Storage Temperature Range: -40ºC to 50ºC
Calibration Background Gas: Nitrogen
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The oxygen analyzer ARELCO A.R.C. Model POA MP - R integrates an electrochemical sensor sealed without mainntenance, and an electronics with microprocessor very successful.
The display with touch-sensitive screen allows to show in a look the totality of the essential parameters and to reach the various menus.
The device incorporates a function of internal memorization of data ( 350 values) stretchable by card SRAM which assures a total traceability on the analyzer (values of alarms, error message, calibration, modifications of configuration).
All these data is available on a parallel release (for connecting in a printer) and on a digital release RS232.
The function automatic calibration is easy to use and honorable elements as the choice of the values standards, the sequence of calibration thrown manually, at a set time or in interval of regular time, the choice of a calibration in one or two points, the safety in case of error on the gas used for the calibration.
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Analyzers designed and assembled from Fer Strumenti from 25 years, has caught up an absolute degree of reliability that make them suitable for use in the more aggressive conditions and in the highest temperatures. Wide availability of accessories make this probes suitable also in extremely hostile processes. Available in version for safety areas, and for areas with explosion risk(ATEX available). Hart protocol available as option
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In-line process Instrument for oxygen
High quality analyzer for industrial use
The MecSens model 51101 in-line instruments are designed to measure oxygen levels in very harsh
conditions.
They fulfill the requirements for continuous measurement in beverage, power, water, semiconductor and chemical industries.
A step ahead in in-line measurements
The in-line analyzers are compatible with all Mecsens 611 series sensors and continuously measure oxygen concentration and medium temperature.
Ruggedly constructed and waterproof, the instruments are built to last and are the ideal choice for demanding applications.
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SERVOTOUGH 1800 Oxygen Analyser
The 1800 is a stable, accurate and highly specific oxygen analyser for safe area use. It is designed to reliably measure percent oxygen in many safety critical industrial applications.
- Designed for safe area oxygen analysis
- Low maintenance and re-calibration requirements
- Special version for solvent bearing samples
- Range of alarm outputs to aid integration with other systems
- Easy to set up and operate
Technology Used
Oxygen – Servomex’s unique paramagnetic cell, which offers a fast, linear, accurate, highly stable and selective response in a non-depleting rugged package.
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TAPI manufactures a complete line of ozone analyzers ranging from the sub-ppb level to the lower explosive limit. The 400 Series of analyzers use UV absorption to provide ultra-stable measurements in a wide variety of applications. TAPI also manufactures a complete line of generation devices and photometers for demanding ozone calibrations.
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The Ultima ID HVAC Refrigerant Identifier delivers the capabilities today’s professional HVAC professionals want:
Capabilities:
Dispersive infrared (NDIR) technology determines the weight concentrations of R12, R134a, and R22 hydrocarbons and air.
“Blend-ID” analytical software quickly and accurately indicates the presence of R410a blend refrigerant.
Automatically determines the purity of R134a refrigerants, reducing the potential for human error.
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Dycor Residual Gas Analyzers and Mass Spectrometers incorporate the latest sensing technology and are being used in thousands of applications located around the
world. Featuring smart sensor design for distributed control, and a choice of open or closed ion sources for applications ranging from UHV applications to PVD and
CVD processes, Dycor offers the optimum configuration for your gas analysis needs.
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The residual gas analyzers from SRS offer exceptional performance and value. These RGA's provide detailed gas analysis of vacuum systems at about half the price of competitive models. Each RGA system comes complete with a quadrupole probe, electronics control unit (ECU), and a real-time Windows software package that is used for data acquisition and analysis, as well as probe control.
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INFICON residual gas analyzers are used as diagnostic tools to aid process engineers in continuously monitoring the manufacturing process for the presence of contaminant gases and for verifying the presence of desired process gases.
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PORTACOUNT® RESPIRATOR FIT TESTER
The PORTACOUNT® PRO and PRO+ Respirator Fit Testers Deliver Fit Testing You Can Trust.
Fit testing the right way means you’re improving your risk management program while providing the best possible protection for your workers. Equally important, you’re complying with all regulations. In fact, there are specific OSHA-accepted quantitative fit test protocols written for
PORTACOUNT fit testers in the OSHA regulations. The PORTACOUNT PRO Respirator Fit Tester is more than a piece of equipment. It’s peace of mind.
No other fit tester can quantitatively fit test all types of respirators – gas
masks, SCBAs, respirators, even N95 disposable (filtering-facepiece)
respirators. If the mask requires fit testing, count on the PORTACOUNT PRO+ fit tester to provide the fastest and easiest OSHA-accepted fit test method.
It’s More Than a Fit Test. It’s Someone’s Life.
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The ToxiRAE 3 is a full-featured single-gas monitor that offers unequaled cost of ownership value. The ToxiRAE 3 is compatible with the AutoRAE Lite bump and calibration station, http://www.raesystems.com/products/autoraelite
STEL, TWA, low, and high alarms can also be recorded. The detector is warranted for 2 years and maintenance free with replaceable battery.
Overview:
— Lowest cost of ownership on the market.
— Rugged steel housing for harsh environments.
— Fastest instrument response time on the market for better protection and worker safety.
— Fastest bump station on the market with highest productivity, putting workers back to work quickly.
— Compact, low-cost bump and calibration station enables the ability to put the bump capability where it is needed.
Key Features:
- High-performance 3-electrode pinless micro sensor with the fastest response time
- 0.1 ppm H2S resolution, and high-range 1999 ppm CO available
- Large, easy-to-read display facilitates overview of gas concentration or days remaining (end-user adjustable)
- Event logging of up to 10 events
- Full activity records when used with AutoRAE Lite calibration station
- Intuitive, simple-to-operate user interface
- IP-67 water-proof and dust resistant
- Loud, 95 dB audible alarm, bright red flashing visible LEDs and internal vibration alarm
- Color-coded labels for gas type
- Extended operating temperature of -4° to 140° F (-20° to +60° C) with full T4 approval
- User-configurable bump/calibration reminders
Gas Range (ppm) Resolution (ppm)
Hydrogen Sulfide (H2S) 0-100 0.1
Carbon Monoxide (CO) 0-500 1
Carbon Monoxide (CO) 0-1999 1
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AMETEK Western Research offers two high-performance tail gas analyzers, allowing the customer to choose the model they prefer. The model 900 ADA can measure H2S/SO2/COS/CS2 while installed remotely from the sample tap. When on-the-pipe measurement is required, the 880-NSL offers H2S/SO2 analysis with virtually no-maintenance due to its long lamp life and rugged design.
We also produce acid feed gas analyzers, pit gas analyzers, analyzers for TGTUs, and continuous emission monitors for the thermal oxidizer's stack.
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The GOW-MAC Series 23-550 FID Hydrocarbon Analyzer uses a flame ionization detector (FID) to establish the total hydrocarbon content of grades 5 and 6 high purity gases, specialty gases, electronic gases and ambient air. The detection of trace levels of hydrocarbons in pure gases used in the semiconductor industry, air separation plants and packaged by the bottled spec gas producers are determined from the sub-ppm level to higher levels with excellent linearity. Standard and corrosive resistant analyzers are available.
The Series 23-750 FID Hydrocarbon Analyzer allows for the analysis of total hydrocarbons, carbon dioxide, and carbon monoxide by a built-in methanizer. The methanizer is user selectable for quantitating methane alone or methane plus carbon monoxide and carbon dioxide.
GOW-MAC’s Total Hydrocarbon Analyzers offer unique features, including: triple ranges from 0.03 ppm to 19,999 ppm methane in nitrogen using hydrogen as fuel; units meet EPA certification for linearity; an electronic flame-out circuit to continuously monitor the flame (eliminating flame out sensor burnout); digital readout; and terminals for permanent recording of data. Both analyzers are offered with an optional sample stream, calibration, and zero selection system.
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Model 4020 Total Hydrocarbon Analyzer
The Model 4020 utilizes a flame ionization detector (FID) for the continuous trace analysis of total hydrocarbons (THC) under a variety of different process conditions. The principle of operation is based on measuring the ion current generated when organic compounds are dissociated in an intense hydrogen flame.
The 4020 is ideal for monitoring hydrocarbon contamination in high purity bulk gases. When coupled with Teledyne's unique separation column, the 4020 is also diverse enough to be applied in hazardous locations for the detection of volatile hydrocarbons in cooling water for process leak detection and environmental compliance.
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ANTEK’s Model R 1040 Total Hydrocarbon (THC) Analyzer is lightweight and easy to use in the laboratory, on-line/process, or field. It analyzes gas samples in a variety of applications such as air monitoring, specialty gas manufacturing and/or blending, semiconductor manufacturing, or other areas where THC information is needed.
Features & Benefits
- Continuous measurement of total hydrocarbon in gas samples
- Factory set according to your application
- Flame status optically monitored, not signal dependent
- Sensitivity of 1 ppm CH4 full scale, LDL–10 ppb (application dependent)
- Linearity within 1%
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The 6400-TSG utilizes a flame combustion converter module (FCCM) with field-proven UV-Fluorescence technology to detect all sulfur compounds in a gas stream. The analyzer includes sample conditioning system to properly handle a variety of sample compositions, including fuel/combustible gases, with minimal maintenance.
Advantages
Ranges from 0-200 ppb to percent levels - detection as low as 10 ppb
Continuous reading updates - no switching valve to service
Non-consumable sensing technology
High-temperature flame of FCCM ensures complete sulfur conversion
No maintenance of FCCM expected in first two years of service
No pure oxygen required as a utility gas
Single and multiple sequenced stream configurations available
Class I Div 1 (Zone 1) and Class I Div 2 (Zone 2) configurations available
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The 100 Series of analyzers are designed to provide precise and reliable measurements of SO2, H2S, Total Reduced Sulfur and Total Sulfur in ambient and smoke stack applications. Using the sensitive UV Fluorescence method, the 100 Series allows repeatable and linear results over a broad range of concentrations.
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Series 1200 Analyzer for Trace N2 in Argon
Series 1300 Analyzer for Trace N2 in Helium
Series 1400 Analyzer for Trace H2O in Argon
Each series has variations to choose from covering different ppm ranges.
Detection is based on spectral emission of argon (helium in the Series 1300) plasma. High signal gain and improved noise rejection, gives each series the guaranteed sensitivity of 10 ppb for the impurity.
Each analyzer is designed as a rugged, low cost, low maintenance, straightforward instrument to operate. There are no valves, carrier gas, or radioactive source. The analyzer is virtually maintenance-free. Features of the analyzers include on-line, continuous trending of impurity concentration with no need for sample injection or separation columns; Exposure to atmosphere or high impurity concentrations does not result in damage to the analytical cell; Recovers quickly from high impurity levels; Rapid recovery is enhanced by the unique detector design; Over-range protection eliminates possibility of false readings caused by high impurity plasma quenching; A non-depleting cell for extended operation provides long life and is maintenance-free; Patented electro-optical modulation eliminates unwanted noise and drift.
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RAID-AFM The RAID-AFM (NC Version) meets the challenging requirements for the protection of Critical Infrastructure. Designed to be used in a stationary role it provides long term monitoring of chemical agents threats (chemical warfare agents, CWA as well as toxic industrial chemicals, TIC and nuclear radiation.
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The Rapidox 4100 electrochemical cell oxygen gas analyser remotely samples oxygen via a high-performance pump. The choice of 4 galvanic cells gives the Rapidox4100 an exceptional dynamic range and provides optimum performance across a diverse range of applications. Versions are available suitable for operating in the presence of high concentrations of hydrogen, helium, hydrogen sulphide and carbon dioxide.
The Rapidox 4100 incorporates a powerful and silent linear piston pump for remote sampling of gas via flexible tubing to the front panel, and a flow gauge allows the user to control the rate of flow. The Rapidox 4100 is fully portable and easy to calibrate using a single point gas.
- Exceptional dynamic range with 4 sensor options
- Measurement range 0.1ppm to 100% oxygen
- Suitable for hydrogen, helium and mild acidic gases
- Full sample control with panel-mounted flow gauge
- Two fully-programmable alarms
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The DirectSense Ultra-Mini PC based advanced environmental monitors include USB enabled multi-sensor probes and a Mobile PC platform.
Measure ppb range volatile organic compounds (VOCs), Carbon Dioxide, CO, °C/°F, %RH and an additional specific gas for IAQ applications with a single probe. Alternative probes allow you to simultaneously measure up to 5 specific toxic gases (H2S, O3, NH3, SO2, NO2; choose from 21 specific gas sensors) and/or ppm range VOCs, air velocity, differential pressure, particle concentration and other parameters.
The new Fujitsu Ultra-Mini Vista OS mobile PC sports a swiveling, touch screen and easy-to-use keyboard. A built-in camera is great for photos (or panoramic videos) that attach to data files on-site. It's easy to carry (in-hand or in shoulder pouch) for spot-checking and spot-logging, yet it fits easily into GrayWolf's hard-shell security case for unattended trend logging.
Plug in any of GrayWolf's USB enabled DirectSense probes and you have a very powerful monitor, with features not available from any other instrument:
•On-board video help
•On-board sensor info (basic sensor care, cross-interferences, etc)
•On-board parameter details (typical sources, typical background levels, government guidelines, etc)
•On-board application related documents
•In-situ text notation
•In-situ audio notation and much more
Measurements collected in the field can be analyzed, and reports on the data and field collected note with the included WolfSense® PC software. Create tables and histograms comparing measurements from various locations in seconds. Even automate the entire reporting process with GrayWolf's optional Advancaed Report Generator software.
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Most Reliable Handheld VOC Monitor
The MiniRAE Lite is the most reliable handheld volatile organic compound (VOC) monitor on the market. Its photoionization detector’s (PID) range of 0 to 5,000 ppm makes it an ideal instrument for applications ranging from environmental to construction.
Proven PID technology
The patented sensor provides the following unique features:
- 3-second response time
- range up to 5,000 ppm
- humidity compensation
Designed for service - Easy access to lamp and sensor in seconds without tools
• Big graphic display for easy overview of concentration
• Field-interchangeable battery pack, replacable in seconds without tools
• Integrated flashlight for better visibility in low light
• Multi-language support with 12 languages encoded
• Rugged housing withstands use in harsh environments
IP-65 design
Strong, protective removable rubber boot.
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The MiniRAE 3000 is the most advanced handheld volatile organic compound (VOC) on the market. Its Photoionization Detector’s (PID) extended range of 0 to 15,000 ppm makes it an ideal instrument for applications from industrial hygiene, to leak and hazmat detection..
The patented sensor provides the following unique features:
- a 3-second response time
- extended range up to 15,000 ppm with improved linearity
- humidity compensation with inbuilt humidity and Temperature sensors
Key Features
- Proven PID technology
- Real-time wireless data transmission with built-in RF modem or Bluetooth.
- Design for service: Easy access to lamp and sensor in seconds without tools.
- Big Graphic display for easy overview of gas type, Correction Factor and concentration.
- Field interchangeable battery pack in second’s without tools.
- Integrated Flash Light for better view in dark conditions
- User friendly screens including plot view chart view
- Built-in full RAE Systems 350 compounds correction factors list measure more chemicals than any other PID
- Multilanguage support with 10 languages encoded
- Rugged housing withstands use in harsh environments
- IP67 Waterproof design for easy cleaning and decontamination in water
- Strong protective removable Rubber Boot.
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The Argweld® Weld Purge Monitor.
Keeps waiting time to a minimum:
The monitor can tell the operator exactly when the oxygen level is low enough to commence welding. No estimating or guesswork is involved, so no time is wasted waiting for the correct level to be reached.
Measures the content of oxygen in the purge gas to indicate when it is safe to carry out a weld.
Saves on excessive use of inert gas:
The exact oxygen content is given, so no more inert gas than necessary has to be used to ensure that the weld will be free of oxidation.
Prevents weld failures:
Premature starts on welds are avoided, high quality is ensured.
Highly portable:
Its small size makes is easy and very convenient to use in all purging situations.
Titanium / Duplex / Stainess Steel:
The MKV monitor can be used to weld Titanium, Duplex and Stainless Steels.
Low cost:
The monitor is available at low relative cost and is a perfect accessory for use with any pipe purging system or argon welding enclosure.
Continuous monitoring of oxygen levels:
A continuous read out of the oxygen level is given, even when welding is taking place. This can avoid unforeseen purge problems that could cause quality failures after the weld has been started.
Calibration and Certification:
Our instrument is supplied calibrated and certificates for Industry Standards are included. Re-calibration is available to operators at any time. Continuous calibration on the front of the instrument is provided.
Extra range:
The MKV monitor indicates Oxygen levels down to 100 parts per million (PPM) 0.01% and measures accurately down to 0.1%.
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The Argweld® Titanium Purge Monitor has been specifically designed for indicating oxygen levels in Argon gas for weld purging.
It is believed to be the worlds first purpose designed and built Titanium Weld Purge Monitor.
It measures and clearly indicates actual oxygen levels in parts per million (or percent) down to 10 parts per million, (0.001%), on an alpha-numeric display.
The unit is menu driven by four buttons on the front panel and has an internal alarm with high and low oxygen levels which can be set on the front panel.
A unique new low cost sensor is used which has very little maintenance requirement and tests have shown that is should have up to a five year life.
An optional software package is available to allow a computer to be used to store and print results and graphs etc for quality control purposes.
Titanium Purge Monitor Features:
Small, light, portable and inexpensive.
Automatic fault finding diagnostics.
Measures and indicates down to 10 ppm (0.001%)
Unique fast response sensor with expected 5 year life.
Optional PurgeLog 2000 Software for data acquisition.
Specifically developed for weld purging of titanium.
Low repair, refurbishment and recalibration costs.
Operation with any welding equipment as well as orbital welding equipment and welding enclosures.
Ideal for welding stainless steel in ultra clean applications.
Internal Alarm and security pin code facilities.
Push Button operated menu.
No pump needed and no moving parts to go wrong.
Weld Start/Stop Facility.
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AreaRAE Steel is the first ATEX certificated Wireless Monitor in Europe with up to 5 simultaneous gas sensors including Toxic Industrial Chemicals. It runs licence-free communication and RAE Systems can show over 2.500 installed base.
The AreaRAE Steel is housed in a welded stainless-steel enclosure, it is rugged, portable and weather-resistant, making it suitable for harsh environments. Ideal for hazardous materials and other emergency response monitoring applications, strategically placed AreaRAE Steel monitors can be used to quickly establish a perimeter, allowing first responders to back off to a safe position and monitor readings from up to 3 kilometers away.
The photoionization detector (PID) in the AreaRAE Steel can measure parts per million of volatile organic compounds (VOCs). In addition, it can be equipped with a lower explosive limit (LEL) sensor, an oxygen sensor, and one or two electrochemical toxic sensors for measuring specific substances such as hydrogen sulfide or chlorine.
An integrated wireless modem transmits real-time gas measurement data to a base station, which employs a standard Windows-based PC running ProRAE Remote software.
Key Features
- Up to five sensors (PID, LEL, O2 and two electrochemical toxic gas)
- Loud buzzer and large, extra-bright warning light
- Large LCD display and keypad
- Rugged, weather-resistant stainless-steel housing
- Built-in sampling pump
- Interchangeable Li-ion or alkaline battery pack
- Continuous operation via AC source
Applications
- HazMat and Emergency Response
- Refineries and Petrochemical Plants
- Power Plants
- Pulp and Paper Industry
- Marine and Offshore Wells
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Gas analyzers, Portable gas detectors 
