The Aztec 600 aluminium analyzer provides reliable and accurate measurement of residual aluminium to improve drinking water quality and optimise chemical usage.
Overview
The Aztec 600 Aluminium is an on-line colorimetric analyzer.
Featuring ABB’s intuitive menu-driven software and the unique self-cleaning Aztec fluid handling system, users benefit from an analyser that is both simple-to-operate and maintain.
Users benefits from:
– Analysis of up to 3 sample streams
– Automatic 2-point calibration
– Automatic background color compensation
– Automatic sample dilution to maximize range
– Self-cleaning measurement system
– Intuitive software with full colour graphical display
Enhanced performance QC rackmount gas analyzers GLA351 series
Sensitive, precise, accurate, highly linear (wide dynamic range) and fast.
Pre-calibrated gas analyzer with enhanced thermal stability to provide ultra-stable and minimal drift measurements in a 10 or 11U rackmount package (see details for each system)
ABB’s Enhanced Performance QC rackmount analyzers continuously measures ambient levels of greenhouse gases and air contaminants simultaneously in real time with data rates and flow response rates as fast as 10 Hz. As with all ABB analyzers, users can set up the instrument in minutes. Simultaneous measurements of CH4. CO2 and N2O can allow scientists to correlate the sources of emissions of these important greenhouse gases. The analyzers also simultaneously measures water vapor concentration. As a result, the analyzers report gas concentrations on a dry mol basis directly (accurately corrects for water vapor dilution and absorption line broadening effects) without the need for sample drying or empirical corrections.
The analyzer is designed for many demanding applications including trace-gas (air quality) monitoring (e.g., GAW stations), eddy-correlation flux measurements, and chamber flux measurements. The analyzer is unaffected by other atmospheric gases or changes in atmospheric pressure.
The “Enhanced Performance” packaging incorporates proprietary internal thermal control for ultra-stable measurements with unsurpassed precision, accuracy, linearity, stability and drift. Moreover, only ABB analyzers provide reliable measurements at concentrations more than 20 times greater than typical ambient levels. Furthermore, ABB analyzers report measurements over a wide range of ambient temperatures allowing users to easily record reliable data in the field.
The analyzer uses ABB’s patented Off-axis ICOS technology, the fourth-generation cavity enhanced absorption technique, which employs a high-finesse optical cavity as the measurement cell. ABB’s technology has many proven advantages over conventional first-generation cavity ringdown spectroscopy (CRDS) techniques. In brief, since the laser beam does not have to be resonantly coupled to the measurement cell (i.e. precise beam alignment is not critical), ABB analyzers are easy to service, and inherently robust thermally and mechanically. In addition, since ABB’s technology can record reliable absorption spectra over a far wider range of optical depths (absorbance values) compared with CRDS, ABB analyzers provide measurements over a much wider range of gas concentrations. Finally, due to the ease and simplicity of recording and quantifying the measured spectra using ABB’s Off-Axis ICOS, ABB analyzers display the entire absorption spectra to the user in real time allowing for immediate system diagnostics and performance validation.
The analyzer includes an internal computer that can store data practically indefinitely on its internal hard drive (for applications requiring unattended longer term operation), and send real-time data to a data logger through its analog and digital (RS232) outputs. The analyzer may be controlled remotely via the Internet. This capability allows the user to operate the analyzer using a web browser anywhere.
Enhanced performance benchtop gas analyzers GLA431 series
Rugged, sensitive, precise, accurate, highly linear (wide dynamic range) and fast.
Pre-calibrated 11”× 38”× 22” isotopic analyzer with enhanced thermal stability in benchtop package to provide ultra-stable and minimal drift measurements.
ABB “Enhanced Performance” series incorporates proprietary internal thermal control for ultra-stable measurements with unsurpassed precision, accuracy, linearity, stability and drift. Moreover, only ABB analyzers provide reliable measurements (guaranteed) at concentrations more than 20 times greater than typical ambient levels. Furthermore, ABB analyzers report measurements over the widest range of ambient temperatures allowing users to easily record reliable data in the field.
The analyzer uses ABB’s patented Off-axis ICOS technology, a fourth-generation cavity enhanced laser absorption technique. Off-axis ICOS has many advantages over conventional optical techniques (including first generation cavity ringdown spectroscopy) such as being more rugged and alignment insensitive, having a much shorter measurement time, and providing measurements over a much wider dynamic range.
The analyzer has an internal computer that can store data practically indefinitely on its hard disk drive and send real time data to a data logger via the digital (RS232), analog or Ethernet outputs. It can be controlled remotely via the Internet. This capability allows the user to operate the analyzer using a web browser practically anywhere Internet access is available. Furthermore, full remote access provides the opportunity to obtain data and to diagnose the instrument operation without being on site.
Sensi+, GLA533-NG model, is a single, compact natural gas analyzer that detects simultaneously multiple natural gas contaminants in real-time in complex and time-varying natural gas streams.
This natural gas contaminants analyzer is based on a unique tunable diode laser (TDL) technology known as Off-Axis Integrated Cavity Output Spectroscopy (OA-ICOS™).
It provides continuous measurements of Hydrogen sulfide (H₂S), carbon dioxide (CO₂), and water (H₂O) which represent both a safety and a pipeline integrity risk.
Sensi+ natural gas technical analysis provides accurate measurement and facilitates fast response time for quick actions to process upsets.
Sensi+ is not only an essential tool for natural gas measurement for custody transfer, tariff compliance, and process monitoring but it also protects natural gas pipelines, storage facilities, and other mission-critical assets.
Designed to monitor natural gas contaminants
Sensi+ GLA533-NG model is a state-of-the-art gas analyzer designed to monitor natural gas contaminants such as H2S, H2O, and CO2.
Providing real-time monitoring of contaminant levels, Sensi+ gas measurement helps ensure safety and operational efficiency by triggering threshold alarms and redirecting contaminated streams. With its simple and user-friendly interface, Sensi+ offers AnalyzerExpert™ features that provide expert insights and actions directly from the device to perform natural gas technical analysis.
ABB’s Integrated Cavity Output Spectroscopy (ICOS) laser absorption technology has been used for over 15 years in the world’s most reliable gas analyzers, providing advanced spectroscopic analyses that offer unparalleled accuracy, precision, sensitivity, and reliability compared to other TDL analyzers.
Advantages of OA-ICOS technology
Fast response time to variations and quick refreshment rate on gas measurement
Minimizes cross-interferences using high-resolution diode laser absorption technology, low gas pressure, and data analytics
Reduced cost of ownership: The sample is directly measured without conditioning and the design reduces the use of consumables
Low sample flow, lowering the environmental impact and financial loss due to venting of natural gas
No need for periodic calibration
Internal performance metrics for asset health monitoring
Highly sensitive, precise, accurate, interference free and wide dynamic range analytical performance for fast, reliable and repeatable results. Simple to use, starts up in minutes, requires no field calibration, no consumables or scrubbers, can be readily field-serviced and has minimal preventative maintenance requirements
With no consumables or frequent calibration requirements, OA-ICOS laser process analyzers can significantly improve process monitoring and control of industrial and environmental processes and other applications requiring fast, sensitive quantification of trace gases in ambient air, high purity gases, or in complex matrices.
The GLA231 series delivers:
Measurements of multiple gases simultaneously
– fast response (seconds)
– high sensitivity (ppt/ppb levels)
– high accuracy in complex gas matrices
Low total cost of ownership
– Low operational costs
– High reliability
– Easy to maintain
Simple to operate
– Easy and fast setup
– Operation through the color LCD touchscreen display
– Contextual system diagnostics
– Simple to service
CE/CSA approved
For applications requiring global approvals for explosion protection, we offer the OA-ICOS GLA531 Series
OA-ICOS Industrial wallmount analyzers GLA531 Series
OA-ICOS GLA531 (previously 950 Series) laser process analyzers accurately measure gas concentrations with extraordinarily high sensitivity, fast response and over a wide dynamic range in both simple and complex mixtures.
Overview
With no consumables or frequent calibration requirements, OA-ICOS laser process analyzers can significantly improve process monitoring and control of refining and petrochemical applications as well as accurately measure trace gases in syngas, regeneration hydrogen and inert gases.
Next generation solid-state chemiluminescence NOx analyzer
CL3020 CLD NOx analyzer utilizes next generation solid state detection technology to measure low and ultra-low NOx in combustion applications.
CL3020 is especially designed for measurements in gas-fired power plants covered under 40 CFR Part 75 and various installations such as incinerators, pulp and paper plants, steel & iron plants, cement plants, oil-, gas- and chemical plants covered under 40 CFR Part 60. 61. 63 and 65.
The CLD NOx analyzer CL3020 supplements ABB’s extensive CEMS offering, including the EL3000 and AO2000 series and market leading NDIR, NDUV, paramagnetic O2 and FID sensors installed more than 60.000 times worldwide.
Overview
CL3020 is so compact that two NOx cells may be mounted inside a single housing allowing continuous NOx speciation or NH3 measurement.
The simplicity of the design also leads to much greater reliability. No more high voltage power supplies, exposed thermo-electric cooling or fragile optical components means fewer things that can go wrong.
The SCC-F gas feed unit transports the sample gas to the analyzer and controls flow and condensate in two independent gas paths. A digital communication port connects the unit with the controller board of Advance Optima analyzers to integrate status and alarm signals from the sample handling.
Overview
All-in-one sample gas conditioning with compact 1/2-19″ design
Complete sample gas conditioning in connection with the SCC-C sample gas cooler
Flow rate display and adjustment Rotameter 10 to 100 l/h with needle valve (metal-free)
Service-friendly due to easily accessible modules
Six pneumatic versions
Two seperate gas paths with additional sample pump
Full integration into AO2000 system with optional interface card
The SCC-C compressor type gas cooler is used to lower the dew point of humid sample gas to avoid condensation in the analyzers. An extremely stable and low gas dew point avoids water vapor cross-sensitivity and volumetric errors.
Overview
Integrated Sample Gas CoolerCompressor sample gas cooler
Constant outlet dew point
1 or 2 gas paths
Heat exchanger made from glass, PVDF or stainless steel, exchangeable without tools
Continuously providing real-time data it integrates analyzer modules and sample handling components in a standalone cabinet.
The CEMcaptain GAA610-M robust system design is dedicated for marine environment and is suitable for high ambient temperatures up to 55°C and high vibration resistance. It is protected against soot ingress with innovative filter solution and back-purging option for easy integration and alignment with scrubber operation procedure.
The CEMcaptain GAA610-M analyzer solutions are designed with busy maritime engineers and a regularly changing crew in mind and are installed on board hundreds of ships worldwide
Overview
The basic version is equipped with ABB’s renowned Uras26 non-dispersive IR gas analyzer and measures simultaneously and continuously SO2, CO2. Two separate gas paths allows continuous CO2/SO2 measurement of separate streams with only one analyzer and up to 4 components per analyzer module
Key benefits of the CEMcaptain GAA610-M: Guarantee compliance with latest IMO regulations – Certified system for emission monitoring in marine industry – Type approved by all major classification societies
Decrease maintenance hassle by increased system uptime – Simple system design suitable for challenging ambient conditions – Minimized maintenance tasks – Digitally enabled for smart services – ABB AbilityTM Remote Assistance process downtime
