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Delta Measurements

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Multi-point Extractive Probe

EES Delta Measurement manufactures multi-point continuous combustion analyzers for use in particulate-laden gas streams including utility, industrial boilers and lime / Cement kilns.  EES Delta Measurement's analyzers, measuring CO, O2, NO, and more, assist in improving combustion and reducing NOx, loss-on-ignition (LOI), and slagging. With this new best-in-class O2, CO and NOx instrumentation for feedback and optimization EES Delta Measurement can offer customized engineered solutions for challenging environments.

 

EES Delta Measurement uses a patented extractive probe head with an automatic purge designed for applications that contain heavy particulate and high ash loading. Various length probes can be installed in a grid formation and local cabinets can be mounted close to extraction probes for simple and low-cost installation.

 

Key benefits of Delta's Extractive Probe:

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Extractive Probe Diagram EES Delta Measurment
  • State-of-the-art continuous combustion analyzer technology
  • Probe design uses slip stream effect to reduce particle intrusion
  • Silicon Carbide filter for extremely high particulate removal, with no potential for corrosion
  • Separate sample and purge line clean probe head and sample lines simultaneously

Additional Benefits

 

  • Easy installation - probe length and flange sized to fit your duct
  • Engineered probe head and automatic blowback keeps ash out
  • Multiple levels of moisture and water vapor separation ensures accuracy and reliability
  • Automatically zeroes the nondispersive infrared analyzer to eliminate drift and improve accuracy
  • Reduce NOx emissions
  • Improve efficiency
  • Decrease slagging
  • Improve O2 control
  • Decrease waterwall corrosion
  • Decrease LOI

Sample Probe Specifications

 

  • Material of Construction: 316SS
  • Dimensions: Application Dependent
  • Process Connection: ANSI 150#, RF Flange
  • Particulate Filter: 2 micron, silica carbide, integral to probe
  • Patented Particle Separation