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The CO-measuring system was developed according EU regulations for controlling the concentration of the limit values of carbon monoxide (CO) and nitrogen (NO) if applicable.
The warning-system can be connected to the tunnel DCS.
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The new Serinus 10 Ozone (O3) analyzer is the next generation in
gas monitoring technology.
The Serinus 10 Ozone analyzer uses proven non-dispersive
ultraviolet (UV) absorption technology to measure O3 in ambient air
(LDL <0.5ppb, Range 0-20ppm). Combining several new technical
advances and innovative features, the Serinus delivers Ecotech’s
renowned performance and excellent value.
Superior performance
• U.S. EPA approved
• New zero volume fittings and flexible Teflon® tubing improves system integrity
• Advanced diagnostics and status indicator deliver better instrument status information
• New removable flash memory stores eight years of data, including up to 16 individual parameters and event logs
Lower Cost of Ownership
• More affordable to purchase, operate and maintain
• Utilises low cost consumables, spare parts and accessories
• Reduced power usage and a lower carbon footprint
Reduced Maintenance
• Remote diagnostics and maintenance functions including calibration, parameter set-up, operational status etc.
• Standardised components reduces the cost of spare parts, accessories and consumable items
• New “dual particulate filter” can reduce scheduled maintenance calls by up to 50%
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FireBoss 100 Carbon Monoxide Sensor
FireBoss 100 Carbon Monoxide Sensor -All CO sensors are not alike. The FireBoss toxic 0-25-100-500 ppm CO sensor line has been re-designed and enhanced over a period of two decades of underground mining use, and has evolved as a tough, dependable product with exceptionally long-term stability. Others are often plagued with temperature problems and short life expectancy. We frequently observe sensors still working on their first electrochemical cell after 5- 8 years of grueling service.
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The 300 Series of analyzers use the Gas Filter Correlation (GFC) NDIR technique to measure trace level and stack level concentrations of CO, CO2, and N2O. The GFC technique rejects potential interferents, such as water, and allows unprecidented sensitivity. From background monitoring to air separation, the 300 Series is the best value for precision IR monitoring.
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GfG is a world leader for gas detection and measurement technology. For over 40 years GfG has specialized in designing, developing and producing the safest and most reliable equipment and sensors available.
GfG offers an extensive range of portable monitors and fixed systems. The product range includes sensors, the world´s smallest gas monitors, micro-processor controlled multi-gas detectors and computer aided system solutions. GfG provides diverse solutios for Toxic, Explosive and Oxygen gas detection in air and water.
GfG equipement is used in a variety of applications and industries including automotive, chemical industries, landfills, steel industries, hospitals, mining, public utilities, food processing, research institutes, universities and wherever the protection of life and property is needed.
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The Tocsin 900 provides ultimate system flexibility for larger gas detection systems up to 255 detectors in size. The Tocsin 900 control panel is compatible with the Tocsin 102A and 103A range of Toxic, Flammable and Oxygen detectors. To compliment the system a range of accessories, calibration sets and audio visual alarms and addressable outputs are available. Full control through the system software is available to group, zone or vote detectors. Detectors can be calibrated and interrogated from the control panel. Assign tags to sensors and set rising, falling, latching or non-latching alarms. Eight RS485 ports allow configuration of eight single ended cable runs of up to 32 sensors or four double ended loops for greater cabling integrity.
Features
24V DC or 110/230V AC Options
Control up to 255 detectors
Digital Addressable Detectors
User configurable alarms
Add extra alarm relay outputs
RS485 I/O
On Board event logging
Download event memory and panel set up to PC
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GfG is a world leader for gas detection and measurement technology. For over 40 years GfG has specialized in designing, developing and producing the safest and most reliable equipment and sensors available.
GfG offers an extensive range of portable monitors and fixed systems. The product range includes sensors, the world´s smallest gas monitors, micro-processor controlled multi-gas detectors and computer aided system solutions. GfG provides diverse solutios for Toxic, Explosive and Oxygen gas detection in air and water.
GfG equipement is used in a variety of applications and industries including automotive, chemical industries, landfills, steel industries, hospitals, mining, public utilities, food processing, research institutes, universities and wherever the protection of life and property is needed.
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The Tocsin 900 provides ultimate system flexibility for larger gas detection systems up to 255 detectors in size. The Tocsin 900 control panel is compatible with the Tocsin 102A and 103A range of Toxic, Flammable and Oxygen detectors. To compliment the system a range of accessories, calibration sets and audio visual alarms and addressable outputs are available. Full control through the system software is available to group, zone or vote detectors. Detectors can be calibrated and interrogated from the control panel. Assign tags to sensors and set rising, falling, latching or non-latching alarms. Eight RS485 ports allow configuration of eight single ended cable runs of up to 32 sensors or four double ended loops for greater cabling integrity.
Features
24V DC or 110/230V AC Options
Control up to 255 detectors
Digital Addressable Detectors
User configurable alarms
Add extra alarm relay outputs
RS485 I/O
On Board event logging
Download event memory and panel set up to PC
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The HORIBA Advantage combines advanced combustion technology with a unique, patented design. HORIBA first introduced analyzers for emission and air monitoring in 1964. Today, HORIBA Jobin Yvon is the only company that offers the experience of HORIBA combustion analyzer technology and over 180 years of expertise and experience in optics and spectroscopy.
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COMTEC® 6000 is an InSitu Oxygen & COe (Combustibles) flue gas and process gas analyser. The innovative combustibles sensor pioneered and developed by ENOTEC (patent pending), combines with its world-proven "leak-proof" Zirconia Cell technology to produce the worlds first InSitu O2 & COe analyser.
Both measuring cells, (O2 & COe), are actually located inside the process measuring actual real-time values without the need for sampling, conditioning and expensive hybrid systems. The COMTEC® 6000 probe simply installs directly inside the duct for direct & continuous dual readings of Oxygen & COe present. COMTEC® 6000 can easily be installed as standalone instrument or as a retrofit upgrade to an existing system. It's designed to be maintenance free, with minimal calibration requirements, and completely user-friendly operation.
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AMETEK Western Research’s UV-VIS photometric analyzers are recognized worldwide offering excellent performance and reliability for continuous monitoring of pollutants emitted from refineries, chemical plants, power plants, and other industrial facilities. Western Research has the full system design and manufacturing capabilities needed to engineer a turn-key solution to meet your requirements.
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The LinkBus Remote Instrument Monitoring System (LinkBus RIMS) from AMETEK addresses the limitations of traditional maintenance programs and frees up resources, making them available to give attention where it is most needed. Maintenance and performance personnel now have easy access to all the analyzers’ vital signs from their desk computer or through the DCS, not just the measured parameter that is typically delivered to the process control room. Any
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ECA 450 Combustion Efficiency & Environmental Analyzer
The ECA 450 is ideal for professionals concerned about combustion efficiency, environmental compliance, or both. It enables plant maintenance engineers and managers, industrial boiler/furnace service technicians, energy coordinators, compliance officers, environmental auditors and safety managers ensure that industrial equipment is burning efficiently while environmental regulations are being met.
Unlike any other industrial grade combustion efficiency and environmental analyzer on the market today, the new ECA 450 from Bacharach conducts accurate combustion and emissions tests that will help you meet environmental regulations and ensure your equipment is burning efficiently. The ECA 450 measures Oxygen, Carbon Monoxide, Nitric Oxide, Nitrogen Dioxide and Sulfur Dioxide, as well as combustibles, temperature and draft. It also calculates combustion efficiency, excess air, carbon dioxide, NOx (Nitrogen Oxides) and pollution units.
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Uses :
- Emission monitoring - of exhausts from chemical processes, Ammonia in stacks, scrubber efficiency and filter break-through
- Process quality control measurements - of trace impurities in pure gas production or SF6 leaks from operational transformers
- Occupational health and safety measurements - of possible production or accumulation of toxic/carcinogenic substances in working areas
- Automotive monitoring - of alcohol content in vehicle exhausts and production of Ammonia and N2O in diesel exhausts
Features :
- Selectively measures a wide range of gases/vapors
- Linear response over a wide dynamic range
- High stability (low drift) makes calibration only necessary 1-2 times a year
- Extremely reliable due to self-testing procedures
- User-friendly procedures for calibrating the monitor, presenting and analyzing measurement data via the PC user-interface
- Accurate - compensates for temperature fluctuations, water-vapor interference and interference from other known gases
- Extremely low-volume flushing possible
- Fits in a standard 19 inch rack and collects samples from points up to 50m away
- Presents measurement data both in tabular and graphic formats - up to 5 gas concentrations and water vapor graphs displayed, simultaneously
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Due to the extremely fast response time of the patented M&C magneto-dynamic measuring cell with no stagnant volume as well as the negligible cross sensitivity from other sample gas components, the portable M&C oxygen analysers has a wide variety of applications. The analyser is a suitable and reliable instrument for monitoring oxygen concentrations in various gas analytical control applications including flue gas-, inert gas-, fermentation processes- and process or laboratory control measurements.
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The NeoFox Phase Measurement system is a fluorescence based optical sensor system that helps you reduce costs, improve stability and make calibration easier for a wide variety of oxygen sensing setups. NeoFox is the benchtop device for measurement of fluorescence lifetime, phase and intensity and is particularly suited for applications where sensitivity to drift and system stability are critical.
Features
» Usable for both dissolved and gaseous oxygen measurements
» Field and bench top models available
» Fibre optic based probe
» Analog output
» Software control
» Various probes available
» Various O2 ranges available
Advantages
» Fast response times
» No need for frequent calibration
» Does not consume oxygen
» Portable design
» High sensitivity
» Good stability
» Immune to change in pH level or ionic strength, salinity and biofouling
» Low power consumption
Applications
» Biological measurements
» Cosmetical analysis
» Medical analysis
» Chemical measurements
» Food analysis (inside packaging)
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Teledyne%u2019s hand-held GB300 Portable Percent Oxygen Analyzer is designed for use in a wide variety of applications from diving to fine tuning boilers.
Lightweight and easy to use, the GB300 incorporates Teledyne%u2019s own Micro-fuel Cell sensor for quick and accurate analysis of oxygen.
This maintenance-free, sealed, electrochemical cell is specific to oxygen, insensitive to flow rate, and has a 90% response in less than 10 seconds. At the end of its life, the cell is discarded and replaced like a flashlight battery.
Constructed of high impact resistant materials, the GB300 provides unparalleled performance under the harshest conditions. The unit is powered by 3 AA batteries which should last for at least 2000 hours of use.
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World leader in stack gas monitoring systems for more than 40 years and pioneer in FTIR technology, ABB Analytical is offering an inexpensive and forward-looking system with the ACF-NT (former Advance Cemas FTIR) multi-component emission and process monitoring system.
Continuous, quantitative and selective measurement of HCl, HF, H2O, CO, CO2, SO2, NOX, NH3, N2O, O2, TOC and NMHC (other gases on request)
Maximum 12 measuring components (standard), simple upgrade on request
Proven hot wet extractive measurement technique
High stability, accuracy and reliability through proven FTIR technology
Fully integrated TOC and O2 analyzer modules (optional) according European Standard EN12619
Unique air-driven injector pump, no moving parts, low condensate to handle
Low ownership, maintenance and installation cost through multi-component measurement technology with only one sampling system
Complete pre-engineered system, modest space requirement, compact and modular system design
Clear-text status messages and user-friendly operator interface on a large back-lit display
Measured value and status signal transmission via analog and digital outputs and via Modbus or Profibus
Remote control and remote maintenance via Ethernet or modem
Integration and display of signals from other detectors (e.g. dust, mercury, flow, pressure, temperature)
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ENOTEC, as one of the world’s leading suppliers of flue gas measuring and analyser systems, is your competent partner for complete emission and process analyser systems ranging from a single probe, from our own production, to an individually designed system using our own analysers together with O.E.M. products, through to turnkey emission and process projects.
Process and emission measuring systems from ENOTEC are used worldwide in refuse incineration, crematoria, power-generation, and all kinds of other industrial combustion and process engineering.
For each task ENOTEC develops individual concepts from the sampling and treatment of measuring gas up to the analysing/measuring unit and the logging/recording. ENOTEC co-operates with all qualified blue-chip suppliers of analysers and selects for each case the instruments, which are optimal in performance and value.
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We use ours and other brands analyzers for CO-NOx-SO2-NH3-CO2-O2-DUST-TOC. Fast loop up to 5 points of emission with single set of analyzers make possible to execute measures with high level sensors and low costs. All the equipment communicate with the acquisition data PC with various communication industrial protocols. The systems are equipped with full diagnostic for monitoring the correct operations of all the components and for the environmental conditions.
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Gasmet™ CEMS is used for continuous emissions monitoring in waste incinerators and cement plants. In addition, various process monitoring applications are also possible. Typically, concentrations of H2O, CO2, CO, SO2, NO, NO2, N2O, HCl, HF, NH3, O2 and TOC (Total Organic Carbon) are continuously measured with the Gasmet™ CEMS. The Gasmet™ CEMS has been also certified by TÜV (17th BlmSchV) and MCERTS. It also fulfills the requirements of QAL 1 according to EN 14181 and EN ISO 14956.
Overview
Gasmet™ CEMS is a modular construction that typically comprises of Gasmet™ CX4000 FTIR gas analyzer, heated sampling unit, industrial PC and a ZrO2 – oxygen analyzer which are installed in an air-conditioned cabin. All modules are 19’’ rack mounted in pull-out shelves for easy accessibility & service. Gasmet™ CX4000 FTIR gas analyzer can also be equipped with a TDL (Tunable Diode Laser) O2 - measurement module.
Key Advantages
- Low need for maintenance
- No span calibrations required (automated span checks possible)
- Hot-extractive-sampling; no sample loss or change of composition
- Capability to water soluble compounds like HCl, HF, NH3, etc.
- TOC (Total Organic Carbon) measured with FTIR – no need for a separated FID
- Fully automated measurement system with comprehensive safety functions
- Ready for future requirements - new compounds can be added without any hardware changes
- Fully modular system built to customer specification
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Gasmet™ In-Situ analyser consists of a sample cell inserted into the stack or duct, heated steel mounting flange and the rugged GICCOR™ interferometer unit in an IP65 enclosure that is directly attached to the flange.
Gasmet™ In-Situ offers a cost-effective alternative for extractive systems in continuous emissions & process monitoring where multiple compounds are monitored. Typically, concentrations of H2O, CO2, CO, NO, NO2, N2O, SO2, HCl, HF, NH3, CH4 are continuously monitored with a single Gasmet™ In-Situ. In addition, different VOC’s can be measured as individual compounds. There is no need for any span calibrations; only zero calibration with instrument air every 24 hours. Measurement results can be transmitted with analog 4 – 20 mA signals or with a digital protocol (MODBUS, PROFIBUS etc.).
By combining powerful FTIR technology with rugged in-stack measurement cell, the Gasmet™ In-Situ offers increased analytical capability and reduced cross-interference effects when compared with other types of in-situ analysers.
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Product Overview
As a turn-key CEMS supplier, Horiba accepts total responsibility to ensure that our systems meet all customer and compliance requirements. Horiba offers more than 50 standard versions of the ENDA-4000 series. Each system features an XS analyzer or an XE analyzer, as well as a sample conditioning system. Either analyzer can be combined with a standard sampling system, a flow monitor, and an opacity monitor to provide a flexible, powerful, and totally cost-effective integrated system.
The field-proven sample conditioning system uses a two-stage sample drying technique to deliver clean, dry sample into the analyzers, thus ensuring accurate measurements with minimum loss of gases to be measured. All systems include automatic calibration, calibration gas injected at the probes, and a sample line temperature controller installed in the cabinet. Probe blowback capability is optional.
Product Features
Measurement up to five gases.
No optical alignment required.
No routine maintenance required.
Highly reliable with technology proven in thousands of installations.
Manufactured under strict ISO 9001 certification.
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The Tekran® Series 3300 Mercury Continuous Emissions Monitoring System (CEMS) represents the only system proven for both accuracy and reliability.
Building on over twelve years of experience in mercury measurement , Tekran has leapt to the forefront of the Mercury CEMS industry, leveraging its experience with cold vapor atomic fluorescence and pure gold preconcentration. In reliability, system availability and analytical accuracy, Tekran's CEM systems have outperformed all competitors in EPA and private tests in wet and dry stacks.
Series 3300
Key Features
- Construction materials selection is based on years of experimentation and the ability to withstand harsh stack gas conditions.
- Patented technology separates mercury into elemental and ionic species, while removing interfering acid gases without the use of chemical reagents or solid sorbents.
- The system provides real-time feedback to optimize your mercury reduction technologies.
- Minimum detectable limit for total mercury of less than 0.05 ug/m3, with rapid response time to changes in concentration.
- Insensitive to the presence of SO2, NOX, CO, HCl and all other common combustion by-products.
- Unaffected by particulate in sample stream.
- Low-cost Calibration eliminates the need for expensive mercury calibration gas cylinders.
- No chemical reagents required.
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LAND has a range of stack gas emissions analysers suitable for measuring a wide range of pollutant gases. These analysers are for stack emissions monitoring of CO, O2, NO, NO2, NOx, SO2, SO3 & CO2 in flue gas.
These gas analysers can operate stand-alone or form part of an automated measurement system (AMS) or continuous emissions monitoring system (CEM).
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The EasyLine analyzers are the entry line to the ABB continuous gas analysis. The analyzers incorporate ABB's proven measuring technology for many applications like emissions monitoring, biofermenters, landfill, combustion processes, ambient air monitoring, silo monitoring, fruit-warehouses, food packing, O2 purity measurements, gasfilling.
EasyLine analyzers can measure flammable gases in general purpose environments.
Proven analyzer technology
Intuitive operation by a practical navigation menu
Extensive self-diagnosis functions
NEW: Internal QAL3 reporting option according EN14181
NEW: first analyzers already meets the new European guideline EN 15267-3
Automatic calibration
Digital output and control by means of RS232/RS485 port with Modbus protocol
19" wide, 3 HU only, for rack mounting
compact, purgeable IP65 enclosure for wall mounting
Several types of analyzers are available:
Uras26 with NDIR Photometer
the photometer can also be combined with a chemical oxygen cell, with the paramagnetic oxygen sensor or with the thermal conductivity sensor!
Caldos27 thermal conductivity sensor
Magnos206 with paramagnetic oxygen sensor
Electrochemical Oxygen cell
A gas feed unit can be integrated as an option
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ABB Analytical and Advanced Solutions offers three series of gas analyzers to meet the requirements of the different industrial sectors.
The analyzers will be delivered with an unrivalled range of innovative measurement technology, easy operation, simplified calibration and concepts for operation in hazardous locations and outstanding possibilities for integration in digital networks.
The Advance Optima process gas analyzers have a modular design that increases flexibility and saves money.
Analyzer modules can be combined into tailor-made solutions and upgraded to new features at any time.
Remote modules are easily attached and centrally operated.
Advantage of Advance Optima: Three analyzer modules just need two enclosures!
One central unit and various analyzer modules
– with common controls
– with a common connection technology
– in a common system housing
All analyzers use high performance measurement technology and simplified calibration that doesn't require test gas bottles.
– Photometers
– In-Situ Laser Analyzer
– Oxygen Analyzers
- Trace Oxygen Analyzer ZO23
– Thermal Conductivity Analyzers
– FID Analyzers
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SERVOPRO Plasma (k2001)
The SERVOPRO Plasma is designed for continuous monitoring of nitrogen in argon, helium or both. Its unique plasma emission detector provides an accurate, highly stable and reliable measurement. It uses a new micro-processor platform that offers enhanced connectivity, allowing you to remotely control the analyser from anywhere in the world.
- Unique Plasma emission detection
- Wide measurement range
- Lowest measurement range offers 10ppb resolution
Technology Used
Plasma Emission Detector - Servomex's unique non-depleting plasma emission cell offers an accurate, selective, and reliable measurement.
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* Ion-selective electrode with patented, replaceable tip
* Automatic calibration
* Temperature-controlled wall-jet flow cell
* Rugged, lightweight enclosure
* Ultra-low reagent consumption
* Virtually immune to interferences
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The OPASTOP® GP 2001 H is particularly adapted to the following applications:
• Continuous monitoring of dust emission concentration.
• Monitoring of filtration system emissions.
• Monitoring of flue gas opacity for maximum burner combustion.
A cone of light transmitted by fibre optic cable from a light source is shone into the measuring area from the scanner head. A fibre optic receiving cable transmits the reflected light from the suspended particles to a
photosensitive cell.
Four generations of equipment with over 30 years experience in the field
have given the GP 2001 H the following advantages:
• Reflection type measuring system, in-situ, giving:
• The best available sensitivity to low dust levels.
• Rapid response time.
• A single scanner head, completely separate from the electronics panel, giving :
• Easy to fit assembly.
• No scanner alignment required.
• High tolerance to temperature and vibration.
• Large back-lit interactive LCD screen, showing clear instructions
making it easy to understanding and use.
• Modulated light source eliminating parasitic light reflection.
• Modular design, enables easy maintenance and parts replacement.
• Automatic scale switch-over from low to high dust content enables a permanent reading of the measured value.
• Scanner head fits in place of all the preceding generations of OPASTOP® can replace all versions of GP 1000 H / GP 2000 H OPASTOP® scanner heads without modification.
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Gas analyzers, Portable gas detectors 
