The airpointer offers a choice of two analysis modules using type-approved reference methods for monitoring airborne pollutants (e.g. SO₂, NO₂/NOX, CO, O₃, and PM) classified as relevant by the EU, the WHO, the US-EPA, and further responsible organizations all over the world.
The airpointer offers a choice of four analysis modules using type-approved reference methods for monitoring airborne pollutants (e.g. SO₂, NO₂/NOX, CO, O₃, and PM) classified as relevant by the EU, the WHO, the US-EPA, and further responsible organizations all over the world.
The airpointer offers a choice of analysis modules using type-approved reference methods for monitoring airborne pollutants (SO₂, NO₂/NOX, CO, O₃, and PM) classified as relevant by the EU, the WHO, the US-EPA, and further responsible organizations all over the world.
With our fully integrated gas chromatograph we can measure BTX (Benzene/Toluene/Ethylbenzene/Xylene) without any carrier gas and provide daily aed calibration checks.
A fast optical system or an approved PM analyzer is used for monitoring PM.
The APMA-380 is an analyzer for measuring carbon monoxide in ambient air and other background gases, for air quality control as well as for variety of industrial applications. HORIBA’s state-of-the-art NDIR technology enables high sensitivity and stable real-time continuous measurement.
The APCA-370 is a device for continuous CO2 monitoring in ambient air. It uses cross modulation type non-dispersive infrared (NDIR) absorption method.
The APNA-380 is an analyzer for measuring nitrogen oxides in ambient air and other background gases, for air quality control as well as for variety of industrial applications.
The GrayWolf DirectSense XM is a modular environmental probe and datalogger that accepts up to eight plug-and-play smart sensors for gases, temperature and humidity, giving professionals real-time and logged data across many parameters with minimal setup.
The GrayWolf AdvancedSense XM is a high-performance, modular handheld environmental monitor and data logger that measures a wide range of air quality and gas parameters with real-time display and robust data logging.
APNA-370/CU-2 Ambient Ammonia Monitor measures increased nitrogen oxide (NOx) raected through oxide catalyst treatment as Ammonia (NH3) concentration with chemiluminescent (CLD) method.
The APOA-380 is an analyzer for measuring ozone in ambient air and other background gases, for air quality control as well as for variety of industrial applications.
The APSA-380 is an analyzer for measuring sulfur dioxide in ambient air and other background gases, for air quality control as well as for variety of industrial applications.
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APSA-370/CU-1 Ambient H2S monitor measures SO2 converted H2S through oxidation catalyst based on Ultra Violet Fluorescence.
APSA-370 with CU-1 High Sensitivity Model is high sensitivity gas analyzer for measurement of hydrogen sulfide (H2S) concentration at extremely low parts per billion level of concentration. APSA-370 with CU-1 uses an oxidation catalyst to convert hydrogen sulfide (H2S) into sulfur dioxide (SO2), which is later measured by ultraviolet fluorescence (UVF) method
The APHA-380 is an analyzer for measuring hydrocarbon in ambient air and other background gases, for air quality control as well as for variety of industrial applications.
APHA-370 measuring device is a continuously operating analyzer for determining Total hydrocarbons (THC), CH4 and non-CH4 in the ambient air.
The APCA-370 is a device for continuous CO2 monitoring in ambient air. It uses cross modulation type non-dispersive infrared (NDIR) absorption method.
Continuous elemental and particulate mass analysis with aic sampling
The APDA-371 aically measures and records airborne particulate concentration levels (in milligrams or micrograms per cubic meter), using the industry-proven principle of beta ray attenuation.
The APDA-372 dust monitor is specifically designed for indoor and outdoor air quality measurements and provide continuous and simultaneous measurements of PM1, PM2.5, respirable fractions (PM4), thoracic fractions (PM10), inhalable fractions (TSP), the particle number, and (upon request) the particle size distribution in 32 size classes per decade within the particle size range of 0.18 – 18 µm.
The High Resolution ELPI®+ utilizes a data inversion algorithm that gives real-time particle size distribution in up to 500 size classes 6 nm – 10 μm.
The Dekati® High Temperature HR-ELPI®+ (Electrical Low Pressure Impactor, HT-ELPI®+) allows direct measurement of up to 180 °C high temperature aerosol samples without the need to cool the sample, which makes the HT-HR-ELPI®+ a one of a kind tool to characterize high temperature aerosols.
The new Dekati® MPEC+™ (Mobile Particle Emission Counter) is a compact and portable instrument for easy onboard PN-PEMS measurements.
The Dekati® eFilter™ is a unique instrument that combines a standard gravimetric filter holder and sensitive real-time PM detection in one compact instrument.
The DLPI+ (Dekati® Low Pressure Impactor) is a 14-stage cascade impactor that is used to determine airborne particle mass size distribution.
The HT-DLPI+ (High Temperature Dekati® Low Pressure Impactor) is a 14-stage cascade impactor that is used to determine airborne particle mass size distribution.
The Dekati® PM10 Impactor is a three-stage cascade impactor for determining particle gravimetric mass size distribution.
The Dekati® Gravimetric Impactor (DGI) is a high sample flow rate cascade impactor for low concentration particle measurement applications.
The Dekati® eDiluter™ comes standard with a fixed 1:60 dilution factor, but it can as well be provided with a customer specific dilution factor in the range of 1:25-1:225.
Dekati® eDiluter™ Pro is a portable dilution system that allows easy sample conditioning for a wide range of particle measurement applications.
The Dekati® eDiluter™ Pro 1200C is a modified version of the eDiluter™ Pro dilution system specifically designed for particle measurements from extreme temperatures such as measurements directly from a combustion zone or flame.
The Dekati® Smoking Machine is a versatile system for taking and diluting controlled puffs with adjustable volumes and profiles.
The Dekati® Diluter DI-1000 is an easy-to-operate and reliable dilution device for diluting aerosol and gaseous samples from any source.
The Dekati® High Pressure Diluter DEED-300 is a two-stage dilution device for taking aerosol samples from high pressure conditions, such as in pre-DPF tailpipe emission measurements.
The Dekati® Engine Exhaust Diluter DEED is an engine exhaust conditioning system that fulfills all requirements and recommendations set forth by EURO 6 legislation for a VPR (Volatile Particle Remover).
The Dekati® Axial Diluter DAD is a simple and cost-effective dilution tool that can be used as a stand-alone unit or as a part of other aerosol sampling and dilution systems.
The Dekati® Axial Diluter DAD is a simple and cost-effective dilution tool that can be used as a stand-alone unit or as a part of other aerosol sampling and dilution systems.
The airQrate is a flexible, modular multi-gas calibrator designed to generate accurate zero and span calibration gases for air quality analyzers measuring pollutants such as ozone, NOx, SO₂ and CO.
HORIBA Europe‘s APMC-370 is designed to calibrate gas analyzers manually, remotely controlled or aically. It is installed in air pollution monitoring stations for quality assurance in the laboratory and also in the production of gas analyzers.
The multi point calibration units ASGU-370 series is designed for simultaneous (parallel) or step by step (serial) checking of gas analyzers. It is primarily installed in laboratories for quality assurance and is also used for the production of gas analyzers.
HORIBA Europe’s Zero Gas Generator ZNV-7 has been developed to check the zero point and dilute the span gas sources in order to carry out the calibration of ambient air monitoring systems.
The calibration unit OZGU-370SE is designed for the dynamic and continual manufacture of zero and span gas to perform all ongoing quality control procedures according EN 14625.
The DryCal 800 has industry-leading accurate flow measurements down to 0.5 sccm. The DryCal 800 is more than 4x more accurate than most flow meters, giving you the ability to calibrate with confidence.
Mesa Labs’ newest standardized and volumetric primary flow standard offers easy-to-navigate calibrations with unparalleled flow ranges, accuracy and portability.
Calibrators in Mesa’s DefenderTM Series are backed by Proven DryCal® technology and have a reading uncertainty of less than 1%.
Up to 350 different instruments from different vendors are pre configured and ready to use.
The I/O Expander takes as a central component of Immission measuring station the calculation of averages, controlling function controls and saving data.
WolfSense PC / WolfSense ARG is desktop software that turns raw environmental and air-quality data from GrayWolf instruments into clear, professional reports.
GrayWolfLive is a cloud-based environmental monitoring and data management platform that lets you view, log and analyse real-time and historical air quality and environmental data from Wi-Fi-enabled GrayWolf instruments and probes on any internet-connected device.
WolfSense ARG™ Automated Reporting is desktop software that aically generates professional, ready-to-deliver environmental and air quality reports from data logged by GrayWolf instruments.
TX-100 is HORIBA’s in-situ laser-based HCl analyzer with a probe type optical system. The TX-100 is suitable for monitoring HCl concentrations in incineration plant flue gas streams and for the control of HCl removal processes.
The ENDA-5000 series are superior continuous analysis systems that perform reliably for difficult exhaust gas measurements, when measurement errors cannot be tolerated.
The GI-700 stack gas analyzer is designed to continuously measure the concentrations of nitrogen oxides (NOx), sulfur dioxide (SO2), carbon monoxide (CO), carbon dioxide (CO2), oxygen (O2), and ammonia (NH3) in stack flue gas streams.
The ENDA-7000 is designed to continuously measure the concentrations of NOX, SO2, CO, CO2, O2, and NH3 in stack flue gas streams.
The PG-300 is a compact and lightweight gas analyzer designed to measure up to five different gas components simultaneously.
The HORIBA PG-350 P-AMS offers the same accuracy and reliability of laboratory
measurements in a portable and durable unit, that is light and has a faster response time.
The Continuous Emission Monitoring System (CEMS) is an integrated system to measure flow, dust, concentration of air pollutants (such as SO2, NOx, CO, CO2, THC and O2 etc), and other parameters in accordance with the applicable regulations for the emission source.
PS Analytical’s Mercury Speciation systems take you beyond total mercury measurement to identify and quantify specific mercury species — including highly toxic forms like methylmercury — using advanced chromatographic separation coupled with ultra-sensitive detection.
PS Analytical’s mercury analysers use Atomic Fluorescence Spectrometry (AFS) to deliver highly sensitive, element-specific detection of total mercury (Hg) in both liquid and gaseous samples.
The Sir Galahad from PS Analytical is a high-sensitivity laboratory mercury analyser purpose-built for ultra-trace total mercury determination in liquid samples.
The Millennium Merlin series from PS Analytical are advanced laboratory mercury analysers built around atomic fluorescence spectrometry (AFS) with integrated vapour generation, delivering exceptional sensitivity (down to sub-ppt levels), accuracy and linearity across a wide range of sample types.
PS Analytical’s Online Stack Gas Mercury Analysers are advanced continuous emission monitoring (CEM) systems designed for real-time, unattended measurement of mercury in combustion flue gases and industrial stack emissions
PS Analytical designs and supplies analytical instruments for total arsenic determination as well as arsenic speciation analysis in a wide variety of sample types, including liquids, solids and gases.
PS Analytical’s Arsenic Speciation solution provides laboratories with the ability to separate and quantify individual arsenic species instead of only measuring total arsenic content.
P S Analytical have designed the PSA 10.055 Millennium Excalibur to be able to measure Arsenic in solids, sludges and liquids.
PS Analytical’s Online Arsenic in Liquid Analyser is an aed system for continuous determination of total arsenic and other hydride-forming elements (like selenium, antimony and tellurium) in water and wastewater streams.
PS Analytical provides analytical solutions for the determination of selenium in a wide range of sample types — including liquids, solids and gases — using techniques that deliver ultra-trace sensitivity and reliable results.
PS Analytical offers analytical solutions for measuring antimony (Sb) in a variety of sample matrices — including liquids, solids and gases — using sensitive hydride generation techniques coupled with atomic fluorescence spectrometry (AFS).
PS Analytical provides analytical methods and instrumentation for the determination of bismuth (Bi)in a range of matrices including liquids, solids and gases, delivering sensitive, accurate results suitable for environmental, industrial and research applications. .
PS Analytical offers analytical solutions for the determination of tellurium (Te) across a wide range of sample types — including liquids, solids and gaseous matrices — with instrumentation designed for ultra-trace detection and reliable quantification.