MICHELL
Easidew PRO I.S.
- Range: -110 to +20 deg Cdp
- Accuracy: +/-1 deg Cdp
- Output: 2-wire 4-20 mA
Natural gas moisture
Natural gas moisture and dew point monitoring
Moisture analyzers, dew point transmitters and sampling solutions for natural gas, process gas, pipelines and gas treatment systems.
Application overview
Why moisture control matters in gas systems
Moisture and dew point control helps reduce hydrate formation, corrosion, pipeline risk and process instability. Instrument selection depends on pressure, gas composition, hazardous-area requirements and sampling method.
Gas dew point
Moisture measurement for natural gas and process gas lines.
Sampling system
Direct mount, bypass or sample conditioning according to gas conditions.
Certified monitoring
Outputs and approvals for industrial and hazardous-area systems.
Selection path
How to choose a gas instrument
1
Gas and pressure
Specify gas composition, line pressure and operating temperature.
2
Measurement range
Define water dew point, hydrocarbon dew point or moisture range.
3
Installation
Choose direct mount, bypass, sample line or gas conditioning system.
4
Safety
Confirm ATEX, IECEx, pressure, material and documentation requirements.
Suitable solutions
Intrinsically safe dew point transmitters for natural and process gas
Moisture analyzers for pipelines, gas treatment and compressor stations
Online dew point monitoring with display, alarms and industrial outputs
Portable instruments for service checks at multiple measurement points
Recommended products
Suitable instruments
MICHELL
Easidew PRO XP
- Range: -110 to +20 deg Cdp
- Accuracy: +/-1 deg Cdp
- 2-wire 4-20 mA output
MICHELL
Optidew-HZ
- Dew-point range: -40 to +120 deg C
- Dew-point accuracy +/-0.15 deg C
- 5.7 inch color touchscreen
MICHELL
Easidew Online
- Range: -100 to +20 deg Cdp
- 0-3000 ppmV option
- 4-20 mA or 0-20 mA output
MICHELL
MDM300 / MDM300 I.S.
- Accuracy +/-1 deg Cdp from -60 to +20 deg Cdp
- T95 to -60 deg Cdp in under 15 minutes
- Pressure measurement up to 350 barg
FAQ
Common questions
Why measure dew point in natural gas?
Dew point control helps reduce hydrate formation, condensation, corrosion and operational risk in pipelines and gas treatment systems.
Can the instrument be installed directly in the pipeline?
Some applications use direct installation, but sampling or conditioning systems are often preferred for stability, filtration and service access.
Which instruments are suitable for hazardous areas?
Hazardous-area applications require instruments with suitable approvals and construction. The zone classification, pressure, gas and installation conditions should be specified in advance.
What data is needed for model selection?
Specify gas type, pressure, temperature, dew point range, installation method, output signal, certificate needs and documentation requirements.