J22 TDLAS Gas Analyzer

Proven technology for accurate and reliable measurement of H₂O in natural gas

J22

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Product picture of three: J22 TDLAS panel mount, enclosure, J22 gas analyzer, top view — Configuration flexibility with a variety of features

Product picture J22 TDLAS gas analyzer panel mounted to pole — J22 with sample system installed on a post

Product rendering of J22 TDLAS gas analyzer enclosure mounted to wall — J22 with enclosed sample system, wall mounted

Product picture J22 TDLAS gas analyzer mounted on a panel, front view — J22 analyzer with panel mounted sample conditioning system

J22 TDLAS Gas Analyzer for H₂O process monitoring and control

Specs at a glance

Measured Variables

Concentration
Dew Point
Cell Pressure
Cell Temperature
Hazardous area approvals

ATEX / IECEx /UKEx Zone 1
PESO / KTL / CML Zone 1
INMETRO Zone 1
CSA Class I, Division 1
CSA Class I, Zone 1

See all specifications

Field of application

The J22 Gas Analyzer uses patented tunable diode laser absorption spectroscopy (TDLAS) technology to provide accurate measurement of H₂O in natural gas. Featuring the reliable diagnostic capabilities of Heartbeat Technology, the J22 analyzer determines the concentration of a gas without coming into physical contact with streams. It allows pipeline operators and suppliers to meet quality specifications, prevent pipeline corrosion, and stop hydrate formation to ensure safety and asset integrity.

For use in natural gas for quality measurements in production, storage, transportation, and distribution

Monitoring and control in the natural gas pipeline, processing plant, compressor station, gathering site, and distribution

Ideal for custody transfer measurements to ensure gas quality

Measurable ranges of up to 0-6000 ppm (0-284 lb/mmscf) H2O

Benefits

Ensures highest availability for production, transmission, storage and distribution of natural gas
User-friendly interface with intuitive menu and web server software
Integrated diagnostic and verification with Heartbeat Technology
Automatically-stored historical data and spectrum logging
NIST-traceable calibration providing superior accuracy and repeatability
Robust design for easy installation, commissioning, and repair
Field serviceable components and modules for minimal downtime

Xpert selection

Specialized products
Designed for demanding applications

Technical excellence

Simplicity

Variable

What is FLEX?

Xpert: Master your most challenging applications

Simple products
Easy to select, install and operate

Technical excellence

Simplicity

What is FLEX?

Standard products
Reliable, robust and low-maintenance

Technical excellence

Simplicity

What is FLEX?

High-end products
Highly functional and convenient

Technical excellence

Simplicity

What is FLEX?

Specialized products
Designed for demanding applications

Technical excellence

Simplicity

Variable

What is FLEX?

FLEX selections	Technical excellence	Simplicity
F L E X Fundamental selection Meet your basic measurement needs	Technical excellence	Simplicity
F L E X Lean selection Handle your core processes easily	Technical excellence	Simplicity
F L E X Extended selection Optimize your processes with innovative technologies	Technical excellence	Simplicity
F L E X Xpert selection Master your most challenging applications	Technical excellence	Simplicity Variable

Learn more about the FLEX selections

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Success stories

Hydrogen blending for natural gas-fired turbines

Long Ridge Energy power plant is successfully showcasing the viability of clean hydrogen in the global Power & Energy industry.
Read the full story
Improved measurement of water content in natural gas

New TDLAS analyzers use updated designs and more connectivity options to provide high accuracy and reliability without traditional problems.
Read the full story
H2O in natural gas production, storage and transportation

How to measure water moisture in pipelines in the natural gas supply chain with TDLAS technology.
Read the full story
LNG: truck loading

Find out how to accurately measure the composition of LNG at truck loading with the use of a Raman Rxn4 analyzer.
Read the full story
Raman method for custody transfer measurements of LNG

Check out the findings from the GERG report on the use of a Raman Rxn4 analyzer and Raman Rxn-41 cryogenic probe for the reliable chemical composition measurement in LNG custody transfer applications.
Read the full story

Language:	English
Version:	07/02/2022
File size:	1 MB
File name:	PU01455CEN_0122.pdf

Language:	English
Version:	15/11/2022
File size:	2.5 MB
File name:	TI01607CEN_0322.pdf

Language:	English
Version:	15/11/2022
File size:	2.5 MB
File name:	TI01607CEN_0322.pdf

Language:	English
Version:	15/11/2022
File size:	9.7 MB
File name:	BA02152CEN_0322.pdf

Language:	English
Version:	30/11/2022
File size:	599.1 KB
File name:	XA03086CEN_0122.pdf

	EN
15/11/2022

	EN
15/11/2022

	EN
15/11/2022

	EN
30/11/2022

J22 TDLAS Gas Analyzer

Proven technology for accurate and reliable measurement of H2O in natural gas

Specs at a glance

Measured Variables

Hazardous area approvals

Field of application

Benefits

Xpert selection

Success stories

Hydrogen blending for natural gas-fired turbines

Improved measurement of water content in natural gas

H2O in natural gas production, storage and transportation

LNG: truck loading

Raman method for custody transfer measurements of LNG

Measuring principle

Product Headline

Channels

Analyte and Measurement ranges

Measured Variables

Ambient Temperature range

Operating Pressure range

Analyzer Wetted materials

Power supply

Communication

Housing materials

Hazardous area approvals

Degree of protection

Product safety

Back

Real-time quality measurements in biogas and biomethane

J22 TDLAS Gas Analyzer

J22 TDLAS Gas Analyzer

J22 TDLAS Gas Analyzer

J22 TDLAS Gas Analyzer Safety Instructions

J22 TDLAS Gas Analyzer Safety Instruction

J22 TDLAS Gas Analyzer Safety Instructions

Approval drawings - For TDLAS and QF analyzers

Energy transition - Our gas analyzers are ready

TDLAS and QF analyzers application guide - Accurate and reliable measurement of H2O, H2S, CO2, C2H2, NH3, and O2

Real-time quality measurements in biogas and biomethane

Analysis system for quality control of biomethane - Reducing carbon footprints with renewable energy

Back

1100002230 - Kit, gasket, collar

1100002235 - Kit, cell tube and mirror

1100002236 - Kit, mirror, flat

1100002237 - Kit, desiccant replacement

1100002240 - Kit, spectrometer seals

1100002242 - Kit, cover with glass

1100002243 - Kit, cover, electronics

1100002245 - Kit, protective cover

1100002246 - Kit, display module

1100002247 - Kit, module cartridge

1100002248 - Kit, connection terminal

1100002249 - Kit, memory, T-DAT

1100002250 - Kit, memory, micro SD

1100002251 - Kit, power supply

1100002252 - Kit, power supply

1100002253 - Kit, I/O module

1100002254 - Kit, I/O module

1100002255 - Kit, I/O module

1100002256 - Kit, gas fittings 01

1100002257 - Kit, gas fittings 02

1100002258 - Kit, gas fittings 03

1100002259 - Kit, membrane separator

1100002260 - Kit, membrane element

1100002261 - Kit, filter, 7 micron

1100002262 - Kit, check valve

1100002263 - Kit, relief valve

1100002264 - Kit, Parker pressure

1100002265 - Kit, pressure regulator

1100002266 - Kit, repair

1100002267 - Kit, repair

1100002268 - Kit, flowmeter, adj valve

1100002269 - Kit, Krohne flowmeter

1100002271 - Kit, heater, ATEX/IECEx

1100002272 - Kit, heater, CSA

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Individual configuration

Proven technology for accurate and reliable measurement of H₂O in natural gas