CAC Gas & Instrumentation

Power Generation

Calibration gases for reliable plant measurements.

Gas standards and delivery equipment for emissions monitoring, combustion analysis, fuel-gas measurement and plant safety instruments.

Defined gas specifications

Composition selected for your instrument and method.

Compatible delivery equipment

Cylinders, regulators and gas control for the application.

Application support

Discuss your requirements with the CAC Gas team.

Overview

Start with the measurement you need.

Support the measurement tasks that keep your plant team informed. CAC Gas can help specify references for thermal generation, gas-fuelled assets and the monitoring instruments used around power facilities.

Tell us the instrument, gas specification and expected usage. Our team can help identify a suitable reference and gas delivery arrangement for your application.

Applications

Match the reference to the task.

Choose the mixture, concentration and delivery conditions for the specific detector, analyser or method.

01 / APPLICATION

Stack emissions & combustion

Zero and span references for stack gas analysers, boiler checks and turbine testing.

CO / CO2 / NO / NO2 / SO2
02 / APPLICATION

Fuel gas & process analysis

Reference mixtures for methane and natural gas instruments used in gas-fuelled generation.

CH4 / Hydrocarbons
03 / APPLICATION

Plant safety & battery rooms

Calibration supply for confined-space detectors, leak detection and hydrogen monitoring around charging systems.

O2 / CH4 / CO / H2

Gas & supply options

Define your gas specification.

These examples are a starting point for an enquiry. Exact composition, certification, packaging and current availability are confirmed for the selected product.

Power Generation: reference and supply examples
Reference or supply optionTypical measurement taskWhat to specify
CEMS reference mixturesStack emissions analyser calibrationSpecify components, analyser ranges and certification.
Combustion gas standardsBoiler and turbine measurement checksSelect relevant CO, CO2, O2 and nitrogen oxide references.
Methane and natural gas mixturesFuel-gas composition and detector checksMatch the mixture to the analyser or sensor.
Hydrogen and multi-gas referencesBattery-room and maintenance instrumentsUse each instrument’s approved calibration concentration.

Ask about traceable, certified and accredited reference options where required. Accreditation and certificate scope apply to the selected product and producer.

CAC solutions

Specify the complete supply.

Combine the gas reference with suitable handling and delivery equipment.

Make the specification practical.

Separate the requirements for emissions analysis, fuel measurement and gas detection. They may use different concentrations, balance gases, certification and regulators even when the gas component is the same.

Include your delivery location and required date so cylinder selection, expected use and supply arrangements can be discussed together.

Common questions

Before you specify a gas.

Do power generation emissions analysers require EPA Protocol gas?
The required gas and certification depend on the measurement method and site requirements. Send that specification so CAC Gas can confirm an appropriate reference option.
Can I request a custom gas mixture?
Send the required components, concentrations, balance gas and uncertainty or certification requirements. CAC Gas will confirm mixture feasibility, cylinder options, shelf life and lead time with your quotation.
What should I include in my enquiry?
Include the instrument make and model, analytical or test procedure, gas specification, usage, cylinder connection and flow requirements. Add the delivery location and required date so the team can prepare a suitable quotation.

Talk to CAC Gas

Find the right gas for your application.

Send us your instrument and gas requirements. Our team can help define the mixture, cylinder and delivery equipment.

Request a Quote

To help us prepare your quotation

  1. Instrument make, model, sensor or analytical method
  2. Gas components, concentrations and balance gas
  3. Required uncertainty, traceability and certificate scope
  4. Cylinder volume, valve, flow and regulator requirements
  5. Usage, quantity, delivery location and required date
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