Analytical Instrumentation for Critical Industrial Measurements
Blue Dragon Technology


Industry Solutions

Instrumentation for Power Generation

Analytical and engineered instruments for fuel quality, water systems, boilers, thermal equipment, gas flow, materials verification, and selected nuclear temperature applications.

Modern power generation turbine hall with Blue Dragon instrumentation
Industry Overview

Supporting water chemistry, thermal performance, fuel systems, and plant integrity

Power plants depend on reliable water, fuel, flow, temperature, and material measurements to protect equipment, maintain thermal performance, support stable generation, and investigate abnormal operating conditions. Measurement requirements vary substantially between gas-fired, liquid-fuel, coal, combined-cycle, cogeneration, and nuclear facilities.

Blue Dragon Technology supports these environments with TOC and turbidity instruments, sulfur analysis where fuel quality requires it, engineered tube-skin and multipoint temperature systems, nuclear in-core temperature assemblies, ultrasonic gas-flow meters, and XRF instruments for materials verification and plant laboratories.

Critical Measurements

Measurement challenges in this industry

Water and steam-cycle quality

Monitor organic contamination and turbidity in raw, treated, boiler, condensate, cooling, and wastewater systems.

Boiler and tube temperature

Measure tube-wall and multipoint temperatures to support thermal performance and identify abnormal heat distribution.

Fuel quality and gas flow

Measure sulfur where required and monitor fuel-gas, process-gas, vent, or low-flow gas applications.

Surface and equipment temperature

Use engineered contact measurement where conventional insertion is impractical or where equipment-surface information is required.

Nuclear temperature applications

Apply project-specific in-core temperature systems where plant design, qualification, and documentation requirements are fully defined.

Materials verification

Confirm alloys and components during maintenance, receiving inspection, repair, and outage activities.

Process Context

Typical process areas and streams

  • Fuel receiving, storage, conditioning, and delivery
  • Boilers, furnaces, heat-recovery steam generators, and steam systems
  • Gas turbines, engines, fuel-gas, vent, and auxiliary-gas systems
  • Raw-water, demineralization, condensate, cooling-water, and wastewater plants
  • Nuclear reactor and plant-engineering temperature systems
  • Maintenance, outage, inspection, and materials-control activities
  • Plant chemistry, environmental, and quality laboratories
Measurement Applications

Applications used in this industry.

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Inline industrial gas flow meter installed on a process-gas pipeline with digital flow monitoring
Application5 instruments

Industrial Gas Flow Measurement

Ultrasonic gas-flow measurement for inline and insertion applications across natural gas, process gas, fuel gas, flare, vent, and high-temperature services.

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Instrument Series

Relevant measurement capabilities.

Explore the permanent Blue Dragon capability areas associated with this industry or application.

Relevant Instruments

Instruments connected to this industry.

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Model U1600-O Online TOC Analyzer Available
Water Quality & Organic Carbon Series
U1600-O

Model U1600-O Online TOC Analyzer

Wall-mounted online TOC analyzer using UV photocatalytic oxidation and differential conductivity detection for continuous or routine low-level monitoring of pharmaceutical and electronic high-purity water.

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Frequently Asked Questions

Industry questions.

Which water measurements are most relevant to power plants?

The requirement depends on the plant and water system. TOC and turbidity may support raw-water treatment, demineralization, condensate investigations, cooling systems, wastewater control, and high-purity water monitoring.

Can tube-skin thermocouples be engineered for boilers or heat-recovery systems?

Yes. The assembly is reviewed against the tube geometry, materials, operating temperature, attachment method, thermal movement, routing, and termination requirements.

Are nuclear temperature products standard off-the-shelf instruments?

No. Nuclear in-core temperature systems are project-engineered and depend on the reactor design, qualification basis, documentation, materials, interfaces, and plant-specific requirements.

Can XRF support outage and maintenance work?

Yes. Handheld XRF can support material identification and alloy verification, subject to the required calibration, surface condition, measurement procedure, and quality system.

Application Engineering

Discuss your power-generation measurement requirement.

Share the plant type, system or equipment, measurement objective, operating conditions, required documentation, installation constraints, and project timeline.