Analytical and measurement systems

built on absorption spectroscopy and mass spectrometry

  Javeline Technical Systems Sp. z o.o., is an experienced, independent company with a global network of partners. We provide comprehensive services dedicated to process engineering, ranging from design, construction and commissioning of control & measurement systems that utilize the highest quality, commercially-available devices. Our systems are designed primarily with analyzers that are based on IR spectroscopy and mass spectrometry (quadrupole and magnetic sector technologies). We operate in sectors such as:

  • petrochemical
  • biofuel production
  • chemical
  • pharmaceutical
  • food and beverages
  • metals, minerals & mining
  • environmental and atmospheric research
  • gas analysis
  • nanotechnologies
  • research and development activities
  • processes in cement industry
  • and many others

We specialize in the design of turn-key systems wherein we co-bundle individual analyzers with a sampling pre-conditioning system which are collectively integrated into a common, temperature-controlled system enclosure. In order to ensure the highest quality of services and products offered, all system components are rigorously tested in terms of their usability, integrity, stability, quality and safety.

  Our systems are configured to operate under extreme and challenging conditions. Such as being able to receive sample gases from a steel furnace operating at a vacuum of 1 Torr or for petrochemical-related applications where the sample take-off pressure can reach upwards of 400 bar(g). The JTS-designed sampling conditioning systems are made of 316SS, 6MO, titanium, GRP, CR22 materials and others corresponding to the NACE, NORSOK and PED standards. If necessary, the gas supply lines and the system are heated up to 130 ° C in order prevent the sample gas from condensing. By maintaining the sample gas above its dewpoint, we can ensure trouble-free operation and maximize system up-time. We can also provide systems which are designed to sample from many measuring points on a sequenced basis. Based upon the sample conditions present, we can design our sample system to properly filter dust and other solid particles present in order to prevent loss-of-sample flow conditions. If required, compliance with ATEX regulations and their Russian counterparts can be achieved by providing approved electro-mechanical components and by obtaining 3rd party system certification. When required, JTS can also certify its integrated systems scope of supply via a FAT (Factory Acceptance Testing) and/or SAT (Site Acceptance Testing). We work with our clients from the conceptual design stage and consult with them all the way through to the fulfillment of our obligations. And even longer ... We perfectly understand that our responsibility to our clients does not end when the control and measurement system installation is complete. Our mission requires that we continue our support efforts thereafter by providing technical assistance, further consultations and on-site services for as long as we are needed in order to ensure that our clients are completely satisfied with our performance.

California Analytical Instruments Inc.

analyzers based on absorption technology

  The company Javeline Technical Systems is based on a global network of partnerships and agreements, it is built with the participation of the companies with global recognition and engaged in the production of the highest quality control and measurement equipment, as well as accompanying equipment, necessary to build the comprehensive measurement and analytical systems.

Our area of core activity is:
  • selection, application, deployment, delivery and service of control and measurement equipment;
  • technical consulting and support on control and measurement equipment;
  • design, installation and commissioning of control, measurement and analytical systems;
  • integration with control systems;

  In addition to measuring and analytical systems for industrial and laboratory applications based on mass spectrometers utilizing quadrupole and magnetic sector technologies, we offer solutions using gas analyzers such as chemiluminescent analyzers, FTIR (Fourier transform infrared spectroscopy), NDIR (non-dispersive infrared spectrometry), analyzers PAS based on infrared photoacoustic spectroscopy, paramagnetic or electrochemical oxygen analyzers and also analyzers based on fluorescent technology (UVF) and acoustic method, as well as integrated systems (eg SRC catalytic reduction monitoring systems, monitoring systems for power boilers, landfill sites, emissions from motor vehicles) and special products. The supplier of the above-mentioned analyzers and integrated systems is California Analytical Instruments, Inc. (CAI) from California, USA. We decided to cooperate closely with this company because of the trust they have received from customers all over the world. Tens of thousands of analyzers sold to thousands of customers and the highest professionalism at every level of cooperation are the reasons that place California Analytical Instruments, Inc. (CAI) in the forefront of manufacturers of similar analyzers and accessories.

  Founded in 1982, headquartered in Orange, CA, CAI provides gas analyzers and measuring systems for industrial, environmental, process, occupational safety and emission control applications from automotive vehicles. The key advantage of instruments and measurement systems offered by CAI is a precise analysis of virtually any gas. California Analytical Instruments offers not only technology, but also the best customer support in the industry.

  Together with California Analytical Instruments, Inc. Javeline Technical Systems Ltd. is ready to provide optimal solutions for the most diverse analytical needs of a wide spectrum of recipients. In this also yours ...

Therefore, we invite you to cooperate ...

California Analytical Instruments Inc.

Gas Phase Analyzers

  Since the company’s inception in 1992, CAI’s mission has been to provide innovative gas analysis solutions to meet the needs of our customers for years to come. Our current analyzers utilize proven technologies for a wide range of measurements, including:

Units dedicated to measuring the following gases:

CAI offers three analyzer models that utilize chemiluminescence technology for analyzing NO, NOx and NO2 concentrations within a gas sample.

The chemiluminescence method is used to measure the reaction between ozone and nitric oxide. In the NOx mode, the sample is routed through a converter. The resultant reaction is directly proportional to the total concentration of NOx. The reliability and rapid response time of CAI CLD analyzers make them particularly well-suited for the following applications:

  • Continuous emissions monitoring (CEM)
  • Vehicle emissions
  • Scrubber efficiency
  • Combustion efficiency
  • Ammonia slip
  • Process control
  • Power plant de-nitrification
  • Fuel cell analysis
CLD Analyzer Highlights
  • Measure NO/NOx from 0 to 3,000 ppm full scale
  • Rapid response time
  • No vacuum pump required
  • Lowest CO2 quench available
  • Low-temperature vitreous carbon NOx converter with no ammonia interference
  • Auto calibration and ranging
  • Electronic proportional pressure control for sample and ozone flow
  • Output options: voltage, 4-20 mA, RS-232 using AK Protocol and TCP/IP, Modbus
  • CE Mark and ETL-listed – conforms to UL Standard 61010-1; certified to CAN/CSA C 22.2 STD 61010-1

Units dedicated to measuring the following gases:

CAI offers four analyzer models that utilize Fourier Transfer Infrared technology for measuring concentrations of multiple gases within a sample. CAI FTIR analyzers deliver fast, accurate analysis of virtually any gas that has an infrared absorption spectrum.

CAI FTIR analyzers are based on Fourier Transform Infrared Spectroscopy. Non-symmetrical gas phase molecules absorb IR light, causing the molecular bonds to stretch, bend or rotate. This absorption is used to measure and quantify several chemical components simultaneously. CAI FTIR analyzers are well-suited for a wide range of applications, including:

  • Stack gases (CEM/MACT)
  • Vehicle emissions
  • Process control
  • VOC abatement/scrubber efficiency
  • Ammonia slip
  • Gas purity
  • Agricultural emissions
  • Greenhouse gas
  • Biomass/landfill gas
FTIR Analyzer Highlights
  • Accurate analysis of IR-absorbing gases
  • Measure 20+ gases simultaneously
  • Low ppb to high % ranges
  • No Liquid Nitrogen required
  • Low acquisition and operating costs
CAI 600 FTIR
CAI 600 SC FTIR
CAI 7000 FTIR
CAI 700 FTIR
CAI 700 FTIR Heated Sampler

Units dedicated to measuring the following gases:

CAI NDIR analyzers’ measurements are based on the infrared absorption characteristics of gases. Using a single infrared beam to measure gas concentrations, they deliver highly stable and reliable results. CAI NDIR analyzers are well-suited for a wide range of applications, including:

  • Stack gases (CEM)
  • Vehicle emissions
  • Combustion efficiency
  • Turbine/generator feedback control
  • Process chemical gas analysis
  • Fuel cell analysis
  • Personnel safety
Series 700 NDIR/O2 Analyzer Highlights
  • Accurate analysis of IR-absorbing gases
  • Measure from low ppm to 100% full scale
  • Rapid response time
  • Internal sample pump
  • Optional Model 600 P/F – Oxygen analyzer with no NDIR gases
ZPA NDIR/O2 Analyzer Highlights
  • Up to four IR channels plus Oxygen
  • Measures from low ppm to % concentrations
  • One or two ranges per component
  • Virtually unaffected by moisture interference
  • Optional external NOx converter

Units dedicated to measuring the following gases:

CAI offers two dedicated analyzer options to measure oxygen. Either paramagnetic technology or the fuel cell method may be used to determine the percentage level of oxygen in the gas sample.

CAI Oxygen analyzers are a great fit for a wide range of applications, including:

  • Stack gases (CEM)
  • Vehicle emissions
  • Combustion efficiency
  • Turbine/generator feedback control
  • Process chemical gas analysis
  • Fuel cell analysis
CAI O2 Analyzer Highlights
  • Paramagnetic or fuel cell detector
  • Up to four user-definable ranges per channel
  • Temperature stabilization (PMD)
  • Pressure compensation (PMD)
  • Measures O2 from 0-1% to 0-100%
  • Dual-channel Oxygen analyzer available
CAI 700 Series Oxygen Analyzers

Units dedicated to measuring the following gases:

CAI FID analyzers rely on the Flame Ionization Detection principle to measure the total concentration of hydrocarbons in a gas sample. The gas sample becomes ionized in the flame and the electrostatic field causes the charged particles to migrate, creating a small current that is measured by the amplifier. The current is directly proportional to the amount of hydrocarbon in the sample. The 700 MHFID model measures Total Hydrocarbon and provides a means of differentiating between Methane and non-Methane hydrocarbons.

CAI FID analyzers can measure THC or CH4 in ppm or percent levels. They are ideal for applications such as:

  • VOC abatement/scrubber efficiency
  • Combustion engine testing
  • EPA Method 25A compliance monitoring
  • Continuous emission monitoring (CEMs)
  • Vehicle emissions
  • Fermentation monitoring
  • Carbon bed breakthrough detection
  • Process gas analysis

Units dedicated to measuring the following gases:

CAI PAS analyzers use photoacoustic infrared technology to measure many of the most commonly measured IR-absorbing gases. Gas selectivity is achieved through the use of optical filters that provide both a means of detecting the gas of interest and compensating for interfering gases and water. Both bench-top and rack-mounted PAS configurations are available.

  • Innova 1314/1412 – Measures up to five gases + H2O

An optional carousel is available to accommodate up to five additional gases. Typical applications for CAI PAS analyzers include:

  • Vehicle exhaust measurements for Ammonia, Ethanol, Nitrous Oxide, CO2, CO and H2O
  • SHED testing for Methanol, Ethanol, Toluene, CO2, R-134-A and H2O
  • Process quality control
  • Stack gases
  • VOC/THC analysis
  • Fermentation/greenhouse gases
  • Trace gas analysis
  • Occupational health and safety
  • Livestock emissions

Units dedicated to measuring the following applications:

GPA 2000 Series Gas Purity Analyzers utilize the speed of sound to accurately detect the concentration of one gas in the presence of another.

GPA 2000 software allows the end user to reconfigure the unit for a wide variety of different gas combinations, making it an ideal choice for gas cylinder filling operations. The GPA 2000 can applied in a variety of different applications:

  • Verifying gas cylinder-filling operations for welding, diving, medical, laser and analyzer calibration gas mixtures.
  • Verifying specialty gas blends used in the semiconductor industry (e.g. Formic Acid in N2).
  • H2 purity analysis for turbine generators used in power plants.
  • Verifying the N2 purity from nitrogen skid generators.
  • Heat treating / annealing furnace applications (e.g. 10% H2 in N2).
  • Gas purity analysis of H2 and O2 gases generated by large-scale electrolysis plants.
  • Analysis of H2 purity from pressure swing absorption (PSA) units.
CAI Speed-of-Sound Gas Purity Analyzer Highlights
  • Maintenance-free resonant acoustic sample cell (304SS).
  • No need for field recalibration after factory-characterization of the RASC.
  • No need for reference or calibration gases, no consumables, no GC columns, etc.
  • Software allows the end user to select from a menu of over 500 different gases.
  • Software allows the end user to remotely change the binary gas mixture of interest (e.g. from CO2 in N2 to H2 in He) with no need of recalibration.
  • Software allows the end user to remotely start and stop the analysis, chart the analyzer’s output which can then be printed and used to support gas cylinder certification requirements.
CAI GPA 2000 Gas Purity Analyzer

Units dedicated to measuring the following applications:

CAI UVA 5000 Series Analyzers utilize the field-proven UV Absorbance method to continuously detect gas-phase compounds that are capable of absorbing UV light energy.

The UVA 5000 incorporates state-of-the-art optical components that are combined with fiber optics to provide highly accurate measurements in an extremely small, space-saving form factor. UVA 5000 analyzers can readily be applied in the following applications:

  • Trace H2S analysis in natural gas / amine scrubbers or in biogas food digesters.
  • Trace SO2 analysis in flue gas desulfurization (FGD).
  • Chlorine feed gas monitoring.
  • ClO2 analysis in the pulp and paper industry.
  • % F2 analysis in UF6 / nuclear fuel processing.
  • % NH3 analysis.
CAI UVA Analyzer Highlights
  • Compact, space-saving configuration with no moving parts. Available for use in either hazardous or non-hazardous-rated areas.
  • High-pressure-rated 316SS sample flow cell that is isolated from the controller electronics.
  • Long-life, pulsed UV Xenon Flash lamp.
  • Photomultiplier tube (PMT) detector provides a highly sensitive and stable measurement of the gas of interest.
  • Touch-screen user interface provides diagnostic information vis-à-vis an automatic change in the concentration display color.
CAI UVA 5000

Systems dedicated to measuring the following gases:

CAI offers integrated stationary and mobile analysis systems that incorporate multiple measurement technologies into single packages. They are designed to serve a wide range of applications within many industries.

NOxBox System
NOx + O2 in climate-controlled NEMA 4 or 4X enclosure
Gas Analysis System
CO, CO2, O2, NOx, SO2 in climate-controlled NEMA 4 or 4X enclosure
Landfill Gas Analysis System
CH4, CO2, O2 in climate-controlled NEMA 4 or 4X enclosure
Single Bay Emissions System
Mobile Source Emissions Systems – CO, CO2, THC, NOx, O2
Portable Emissions System
Mobile Source Emissions Systems – CO, CO2, THC, NOx, O2

Devices dedicated to use in the following applications:

CAI offers a number of specialty products to augment our line of analyzers. The Zero Air Generator (ZAG) provides a pure source of zero air. The Pump Pak II gives analyzers an external sample pump. The 700 Gas Divider eliminates the need for multiple gas cylinders. The 700 Multipoint Sampler enables the programming of up to 16 sample lines. And the 700 FTIR Heated Sampler provides temperature control circuits for heated sample handling.

Zero Air Generator (ZAG)
Pump Pak II
700 Gas Divider Unit
700 Multipoint Sampler
CAI 700 FTIR Heated Sampler

California Analytical Instruments Inc.

Liquid Phase Analyzers

  In 2019, California Analytical Instruments introduced a new family of analyzers dedicated to liquid phase applications. CAI liquid phase analyzers utilize proven fiber optic-based technology for a wide range of measurements, including:

CAI liquid analyzers dedicated to the following applications:

The CAI Model NIR 4000L utilizes the field-proven NIR Absorbance method to continuously detect water impurities found in solvents, acids, alcohols and glycols.

The NIR 4000L incorporates a tungsten halogen lamp, 2 x fiber-optic cables, a flow-cell and InGaAs photodiode detector. These state-of-the-art optical components combine to deliver a highly reliable, continuous measurement of water in the liquid-phase. The NIR 4000L can readily be applied in the following applications:

  • 0-5% H2O in Ethylene Glycol.
  • 0-1% H2O in Acetone.
  • 0-1% Water in Methanol or Ethanol.
  • 0-10% Water in Acetic Acid.
CAI NIR Analyzer Highlights
  • Compact, space-saving configuration with no moving parts. Available for use in either hazardous or non-hazardous-rated areas.
  • High-pressure rated 316SS sample flow cell that is isolated from the controller electronics.
  • Optical design approach that compensates for source or detector aging.
  • Two-stage, TE-cooled InGaAs photodiode detector provides a highly sensitive and stable measurement of water in a variety of different backgrounds.
  • Touch-screen user interface provides diagnostic information vis-à-vis an automatic change in the concentration display color.
CAI NIR 4000L

CAI liquid analyzers dedicated to the following applications:

The CAI Model UVA 5000L utilizes the field-proven UV Absorbance method to continuously detect liquid-phase compounds that are capable of absorbing UV light energy.

The UVA 5000L incorporates state-of-the-art optical components that are combined with fiber optics to provide highly accurate measurements in an extremely small, space-saving form factor. The UVA 5000L can readily be applied in the following applications:

  • ASTM-SAYBOLT color analysis of petroleum products.
  • Trace detection of aromatics (BTEX) in water.
  • Trace chlorine-in-water detection.
  • Sodium Hypochlorite (NaOCl) in spent caustic.
CAI UVA Analyzer Highlights
  • Compact, space-saving configuration with no moving parts. Available for use in either hazardous or non-hazardous-rated areas.
  • High-pressure rated 316SS sample flow cell that is isolated from the controller electronics. Long-Life, Pulsed UV Xenon flash lamp.
  • Photomultiplier tube (PMT) detector provides a highly sensitive and stable measurement of the gas of interest.
  • Touch-screen user interface provides diagnostic information vis-à-vis an automatic change in the concentration display color.
CAI UVA 5000L

CAI liquid analyzers dedicated to the following applications:

The CAI Model UVF 5560L Oil-in-Water Analyzer utilizes the field-proven UV Fluorescence method to continuously detect the undesirable presence of oil in water.

The Front Surface UV Fluorescence Probe that is mated with the Model 5560L Controller via a pair of fiber-optic cables (i.e. excitation and emission) can either be installed directly into a process pipe or configured to continuously measure the oil-in-water content on an extractive basis.

The UVF 5560L can be applied in a variety of different applications:

  • Oil in boiler return-steam condensate within a power generation facility.
  • Oil in cooling-tower water for hydrocarbon leak detection purposes.
  • Detecting the oil levels collected within a refinery sump pit prior to discharge to our waterways for environmental compliance purposes.
  • Oil-in-water detection at gas-oil separators (GOSP) / gathering centers.
  • Waste-water treatment plants (WWTP).
  • The detection of oil in produced water from an offshore oil rig and FPSO for environmental compliance purposes.
CAI UVF Analyzer Highlights
  • Compact, space-saving configuration with no moving parts. Available for use in either hazardous or non-hazardous-rated areas.
  • Long-life, pulsed UV Xenon flash lamp.
  • Photomultiplier tube (PMT) detector provides a highly sensitive and stable measurement of the oil in water.
  • Process pipe insertion devices allow the Front Surface UVF Probe to be installed and safely removed from a process pipe under pressure.
  • The UVF Probe is available in 316SS (Std) as well as other corrosion-resistant alloys.
  • CAI provides fiber optic cables in flex-conduit to protect the fibers from being mishandled.
CAI UVF 5560L

California Analytical Instruments Inc.

Examples of typical applications

  California Analytical Instruments, Inc. now has 30,000 analyzers in the field, monitoring emissions for Industrial, Environmental, Process and Automotive applications. Their product offering consists of both single-gas analyzers and those that measure multiple gases.

With thousands of customers using CAI analyzers for a variety of applications, the chances are good we are an ideal fit for yours.

EtO and NO2 sterilization; Solvents off–gassing; Fermentation Process Control

Pharmaceutical industry and
medical equipment

- EtO and NO2 sterilization
- Solvents off–gassing
- Fermentation Process Control

Vehicle exhaust measurements for Ammonia, Ethanol, Nitrous Oxide, CO2, CO, H2O; Ammonia slip; SHED testing for Methanol, Ethanol, Toluene, CO2, R-134-A, H2O

Automotive
industry

- Vehicle exhaust measurements for Ammonia, Ethanol, Nitrous Oxide, CO2, CO and H2O;
- Ammonia slip;
- SHED testing for Methanol, Ethanol, Toluene, CO2, R-134-A and H2O

Gas analysis; Gas purity

Industrial
gases

- Gas analysis
- Gas purity

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Utilities and
power generation

- Turbine/generator feedback control
- Scrubber/combustion efficiency
- Ammonia slip
- Power plant de-nitrification
- Fuel cell analysis

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Chemical and
petrochemical industry

- Monitoring and control of technological processes
- SHED testing for Methanol, Ethanol, Toluene, CO2, R-134-A and H2O

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Cement
industry

- Optimization and control of:
kiln gas outlet, calciner, preheater, coal bin, coal mill;
- NH3 measurement

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Food and beverages
industry

- Carbonating, CAS, MAP
- Preservation, Undercover gassing
- Freezing, Fermentation
- High pressure extraction

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Metals
production

- Monitoring and control of technological processes

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Applications in
agro-industry

- Agricultural emissions
- Biomass/landfill gas
- Saturated gas from lime kiln
in sugar production

Speaker 6

Landfill
gases

- Monitoring of landfill gases
- Analysis of landfill gases (e.g. CO2 and CH4)

California Analytical Instruments Inc.

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