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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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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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testo 330-1 LL flue gas analyzer with long-life gas sensors, rechargeable battery and calibration protocol included
In the testo 330-1 LL, the follow-on costs for the user are greatly reduced by the extended sensor life of up to 6 years for O2 and CO. At least one sensor replacement is avoided during the typical duration of use of the instrument. In addition to this, Testo gives a warranty of 4 years on the complete instrument (testo 330-1 LL incl. O2 and CO sensors as well as probe). The great adavantage of the flue gas analyzer is its capability for dialogue. At the press of a button, the instrument diagnosis provides information on qualitiative status, e.g. the filling level of the condensate trap, or of wearing parts such as the status of the gas sensors. Maintenance intervals are displayed. The modular probes, such as those for differential temperature and pressure as well as for flue gas, are automatically recognized by the measuring instrument. The measurement results thus immediately appear in the menu.
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testo 335 flue gas analyzer, rechargeable battery and calibration protocol included, equipped with O2 sensor
testo 335 is the new generation flue gas analyser, specially tailored to industrial applications' requirements. testo 335 can be used for all emission monitoring applications by the operators of industrial furnaces such as processing and power plants, by service technicians for burner/furnace manufacturers, for plant construction as well as for stationary motors. Even spot measurements for up to 2 hours are possible.
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testo 350 XL analyzer box, equipped with O2, CO (with switch-off and rinse function), NO, NO2, differential pressure measurement, 2 temperature probe sockets, gas preparation, Testo data bus adapter, automatic fresh air rinse with valve (including measurement range extension with dilution factor 5 for all sensors), built-in rechargeable battery, data memory, can be upgraded to max. 6 gas sensors (with H2S, HC, SO2, CO2 NDIR)
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Extractive process gas analysis is characterized by the fact that a sample is extracted from the process line and conveyed to the analyzer. Typically, the sample is extracted by a probe, then transported through a sample line and conditioned before being processed to the analyzer.
Siemens has integrated numerous extractive analytical methods in the series 6 analyzers family with a modular and consistent housing and operating concept. Each of the analyzers is thereby a class of its own:
IR-active components: ULTRAMAT 6 and ULTRAMAT 23
IR-active components and Oxygen
Oxygen: OXYMAT 6 and OXYMAT 61 and OXYMAT 64
Hydrocarbons (total content measurement): FIDAMAT 6
Hydrogen and noble gases: CALOMAT 6 and CALOMAT 62
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In order to permit the measurement and the continuous control of smokes generated by the combustion of natural gas, fuel oil, coal or garbage, Fuji Electric has developed a complete line of gas analysers allowing to adapt all industrial facilities to the standards and regulations limiting the disposals of pollutants in the atmosphere.
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A complete range of flue gas oxygen analysers for all applications
Genesis is a range of flue gas oxygen analysers developed specifically for combustion analysis and control applications. Unrivalled flexibility and ease-of-use enables the Genesis oxygen analyser systems range to meet all process requirements.
The range of Oxygen Analysers for General Purpose Applications includes in-situ measurement probes for a wide range of flue gas temperatures (0 - 1250 °C / 32 - 2282 °F), local and remote control units, and an automatic calibration unit.
The 'stand-alone system' is the world's first truly, This oxygen analyser also carries TÜV approval.
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Gasmet CR-series are desktop analyzers for high sensitivity, high speed gas analysis. The CR-series FTIR gas analyzers are especially suitable for vehicle exhaust measurements, catalytic research, gas purity tests and other research applications.
The liquid nitrogen cooled MCT - detector in the CR-series offers the lowest possible detection limits and shortest measurement times. Large selection of different sample cell path lengths (from 1.0 cm to 10 m) is also offered in order to suit different measurement needs. Gasmet Technologies can also supply customized sampling units to match different requirements.
There are three different CR - models available:
CR1000:
Gasmet™ CR1000 FTIR gas analyzer features a stainless steel single pass sample cell for highest measurement ranges (vol - %). Sample cell is heated (as standard 180 °C) in order to keep the sample in gas phase.
CR2000:
Gasmet™ CR2000 FTIR Gas Analyzer has a small volume sample cell which combined with the LN2 cooled detector makes it an excellent instrument for very fast measurements. Typical uses include vehicle exhaust measurements where short response times and high sensitivity are needed.
CR4000:
Gasmet™ CR4000 FTIR Gas Analyzer has a high-sensitivity sample cell and a LN2 cooled detector which give lowest possible detection limits. It´s therefore well suited for applications where very low levels of detection are needed.
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U.S. EPA approved gas analyzers available with Ozone O3 analyzer, Carbon Monoxide CO analyzer, Oxides of Nitrogen NOX analyzer and Sulfur Dioxide SO2 analyzer.
The new Serinus series is the next generation of gas analyzers from Ecotech,
a leading manufacturer of environmental monitoring solutions. Completely
redesigned and incorporating innovative technology, the Serinus series will
deliver:
• Superior performance
• Low total cost of ownership
• Reduced maintenance intervals
Key features across the Serinus series include:
• Interchangeable components, consumables, spare parts and accessories, keeping operating and service costs low
• A low carbon footprint due to reduced power consumption and operation over a wider temperature range
• Use of zero volume fittings and flexible teflon tubing improves system integrity
• Redesigned electronics suite delivers greater stability and reliability
• Removable flash memory stores up to eight years of one minute data, including the ability to record up to 16 individual parameters, instrument settings and event logs
• Optional dual particulate filter can reduce scheduled on-site maintenance visits by up to 50%
• Intuitive Quick Menu and easier to read Graphical User Interface (GUI) simplifies instrument operation
• New advanced diagnostics protocol with detailed event tracking and convenient ‘Traffic Light’ analyzer state indicator
• Full remote control of instrument functions including calibrations, span/zero checks and diagnostics
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The Andros 6500 offers unparalleled accuracy and performance exceeding its
predecessor, the Andros 6602, which has held the reputation as the highest performing system available for many years. Now taking advantage of the latest technology, Andros brings you a product with superior performance and reliability.
The Non-Dispersive InfraRed system (NDIR) measures gases, controls pneumatic components, communicates via RS-232 or USB with the host, and provides user-defined TTL outputs, as well as analog inputs and TTL Pulse Counter which can be integrated into the data output stream for user convenience.
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RMT Ltd produces modular NDIR gas analyzer DX6100 Series. It is the second generation of gas analyzers after DX6000 model.
DX6100 gas analyzer is based on new integrated detector-emitter pair . The pair (optopair) is integrated into one housing with built-in thermoelectric cooling module. This solution provides high sensitivity, accuracy of operation.
Modular concept and universal solutions allow to supply analyzers for several gases: CO2, CH4, hydrocarbons.
- It is a cost-effective solution for application where accurate gas concentration measurements are required.
- Miniature design is suitable for field applications as well as for laboratory and indoor purposes.
- Friendly and and open for users architecture
- Two program levels for access: remote control through RS232C protocol using a developed set of external commands; RMT's analyst software for realtime operation is included into standard option.
- The instrument includes a basic datalogging function and continuous output facility to remote device (PC or indicator).
- The DX6100 is insensitive to partial non- transparency of measuring gas (smoke, etc).
- It operates well in wet conditions up to 100% of humidity
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FTIR, NDIR Infrared Gas Analysis Products
FTIR (Fourier Transform Infrared) and NDIR (Nondispersive Infrared) real-time and in-line gas analysis products from MKS are capable of ppb to ppm sensitivity for multiple gas species including NF3, NH3, H2, NO and N2O and gases with as much as 30% water.
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Fast, non-intrusive measurements of gas concentrations and temperatures, performed inside of the process itself are the domain of the diode laser gas analytic. The gas analyzer LDS 6 which combines the compact and service friendly set-up, the easy operation and the network connectivity of Series 6 with the known unique performance of diode laser based in-situ gas analytics.
Fibre optics and IR diode laser technology, standard components of high quality and reliability in communications engineering, give an extremely robust analyzer concept almost free of maintenance which enables process relevant information even under very harsh environmental or process conditions. A build-in hands-off reference gas cell avoids the need for any test gases in the field. By the means of a simple analogue modem a remote control or diagnosis of the analyzers is possible (almost) anywhere and anytime.
Today, the list of gases able to be measured with NIR diode lasers contains already gases like O2, NH3, HCl, HF, H2O, CO, CO2, H2S, CH4, ... and it is continuously growing with the state of the development in semiconductor laser technology. Additionally, high gas temperatures can be determined non-intrusively with an O2 measurement.
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The MAP Check Combi II can be fitted onto most vertical and horizontal flow packgaging machines. The analyser can be fully integrated with the packaging machine, thereby ensuring that the packaging process is stopped if the required gas content is not present in the packages. In the PFC (proportional flow control) version of the MAP Check Combi II, gas savings of up to 25% are possible.
The MAP Check Combi series secures the quality in Modified Atmosphere Packaging through on-line measuring and recording of the gas content in the package before sealing.
MAP Check Combi is tested to be in compliance with EU regulation 1935/2004 on materials and articles intended to come into contact with food.
Other features:
- Extremely fast responding sensors
- Packaging machine interface
- Large userfriendly touch screen display
- Calibration intervals: 1 year
- Documentation of tests
- 99 set-up programs
- MCC is delivered with a stainless steel cabinet, and MCC II is delivered with a anodized aluminium cabinet
- Each package is tested
- Secure uniform quality in MAP
- User-dependent faults are minimised, and the product requires low maintenance
- Easy to operate
- Designed for both vertical and horizontal flow packaging machines (flow wrappers)
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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.
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
read more...
The AO2000 analyzers provides Ethernet, TCP/IP interfaces. An OPC server is available. Profibus DP/PA and Modbus interfaces are available.
AO2000 system components are available with GOST-R certificates as with CSA approval for Class I Division 2 and ATEX approval for installation in Zone 1 or Zone 2.
For measuring flammable gases in hazardous locations the AO2000 series provides a safety concept with built-in purge control and alarm monitoring.
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3 Gas - Landfill Gas Monitoring System (Wall Mount) - GIR5000
- For measuring oxygen, methane and carbon dioxide gas
- Alarms for all measurements and sample flow
- 4 to 20mA outputs for all measurements
- Optional safety alarm and shut-down system
The GIR5000 gas landfill monitoring system is a gas analyzer unit for measuring and monitoring the concentrations of oxygen and methane in landfill gas and biogas. As an option, the concentration of carbon dioxide can also be monitored. Used for:
- Landfill gas monitoring devices-methane
- Hazardous components in landfill gas
- Landfill safety
- Landfill gas monitor
- Landfill gas
- Landfill gases
- Landfill health effects
- Landfill pollution
Sample conditioning in the basic unit is provided by an external coalescing filter and water catch-pot assembly. When the external temperature is below 35°C (the internal temperature of the analyser) this technique is the most economic. For situations where the sample temperature at source is significantly higher than the ambient temperature, and the sample is saturated with water, an optional sample cooler can be fitted.
Analogue outputs and alarms are provided for all gases measured.
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Measuring parameters:
O2, CO / H2, (NO, SO2 and / or CO-high optional), waste gas temperature, ambient temperature, draft or balance pressure.
NOTE: NO2 measurements are not possible.
Computed values:
CO2, CO non-diluted, Lambda, pressure and temperature difference, degree of efficiency (Eta), waste gas losses (qA), NOx, dew point, and Eta combustion value
This lightweight design incorporates many features including:
Powerful storage battery; approximately 30 hours of operation with activated display illumination
Illuminated display showing four simultaneous measuring values in a selectable display combination
Optional upgrades for up to five measuring cells: O2, CO / H2, CO-high, NO, SO2
Integrated printer for plain paper - measuring data can be printed immediately
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LAND has a range of portable gas analysers for testing, checking and monitoring combustion processes for operating efficiency; and analyzing pollutant gas emissions for environmental compliance.
The range comprises lightweight, simple-to-use portable gas analysers with facilities aimed at a wide range of applications. Up to 9 gas measurement are available on a single analyser. There are a wide range of options available, including a data acquisition system - plus the ability to self-configure the analyzer to exactly meet plant and process requirements.
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Features
- Easy to use rotary switch
- Protective rubber sleeve with magnet for “hands free” use
- Multi-fuel: Natural Gas, Propane, Butane, LPG, Light Oils (28/35 sec)
- High accuracy manometer
- Differential thermometer
- “Send” button for instant printout and logging
- Separate reports for: Combustion Pressure Let-by and Tightness Temperature CO build up
- Battery life typically 12+ hours
- Designed to meet BS7927, BS7967 and EN50379
- 5 year extended warranty if serviced annually by KANE
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Gasmet™ DX4030 is a lightweight FTIR gas analyzer for ambient air analysis. It’s designed for applications where a number of compounds need to be accurate monitored in ambient air. Examples include leakage detection and various industrial hygiene applications (monitoring of VOC’s, TIC’s, anesthetic gases etc.). It’s also well suited for first response / HAZMAT type applications, thanks to its lightweight construction and fast response time.
Gasmet DX4030 can be used in table-top configuration or fitted inside a back-pack. With Gasmet DX4030 no sample preparation is needed; the sample gas is drawn into the analyzer with a built-in pump through a particle filter.
Span calibrations are not required, thanks to inherent calibration stability of the FTIR analyzer. The user is only required to perform a zero calibration with nitrogen or ambient air every 24 hours.
The DX4030 features a unique PDA (Portable Digital Assistant) user interface with Calcmet™ Lite software. Analysis results of up to 25 compounds are displayed on the screen of a PDA (Personal Digital Assistant) with Calcmet™ Lite software. Optionally, the measured spectra can be transferred to Calcmet™ DX4030 Pro - software for further analysis with a 250 gas reference library.
The user does not require any previous experience with analytical instruments in order to operate the DX4030.
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Gasmet™ DX4000 is a portable FTIR gas analyzer which is typically used in stack emissions monitoring, comparison measurements, catalytic process control and other applications where multiple gas compounds need to be accurately monitored in hot & humid sample gas. The corrosion resistant sample cell is heated to 180 C, which ensures that the sample stays in gaseous phase even with high concentrations of H2O or corrosive gases.
Gasmet™ DX4000 comes equipped with easy-to-use Calcmet™ software, which can display the concentration results in ppm, mg/Nm3 or Vol-%. All measurement data can be stored for further analysis.
Gasmet™ DX4000 is typically set-up to measure H2O, CO2, CO, NO, NO2, N2O, SO2, NH3, CH4 and different VOC´s. Additional gases can be added without any hardware changes. Measurement ranges can be selected from sub-ppm until vol-% level.
Gasmet™ DX4000 can be supplied with the Gasmet™ portable sampling system. This system utilizes hot-and-wet measurement principle (no drying or dilution), which ensures that the analysis is done with a representative sample. The portable sampling unit can be optionally equipped with a ZrO2 sensor for accurate oxygen measurement.
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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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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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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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HORIBA's INM-700 in-situ gas analyzer is designed to meet the requirements of coal-fired power generation plants for cost-effective, low maintenance NOX monitoring. The analyzer uses a ceramic diffusion filter and Zirconium Oxide sensor directly in the gas stream, which eliminates the need for an extraction process for sample collection, and results in lower maintenance. The INM-700 is ideal for inlet SCR control, NOX measurements, and burner balancing/combustion tuning in boiler plant operations.
The INM-700 has the advantage of lower installation, maintenance, and capital costs, and a faster response time. In addition, for compliance strategies, the ceramic filter allows measurements to be taken near the combustion point of the furnace.
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