Electrostatic Precipitators

Air Control Techniques, P.C. helps industrial clients optimize performance of a wide variety of electrostatic precipitators including conventional (dry, negative corona), wet (negative corona), and two stage (positive corona).

We help industrial clients identify and solve electrostatic precipitators problems such as:

  • High or low resistivity and resistivity distributions

  • Conditioning system reagent injection rates and distributions

  • Rapping system failure or inadequate energy distribution

  • Support insulator and anti-sway insulator tracking and failure

  • Misalignment of collection plates and discharge electrodes

  • Hopper overflow

  • Corrosion

  • Fires

  • Gas flow maldistribution

  • Air infiltration
Air Control Techniques, P.C
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Air Control Techniques, P.C. is an engineering company that helps industrial sources reduce air emissions and obtain accurate air emissions data.

We offer services in the following areas:

Air Pollution Control Equipment
  • Performance evaluation and re-design of existing air pollution control equipment
  • Pre-design studies for the selection of new air pollution control systems
  • Development of new air pollution control techniques for toxic air pollutants.
Air Emission Testing, Continuous Monitoring, and Ambient Air Monitoring
  • Conventional and specialized air emission test programs
  • Compliance testing quality assurance
  • Continuous emission monitor system selection, testing, and optimization
  • Specialized ambient air monitoring studies
  • Development of new air emission test methods and diagnostic techniques
  • Fugitive dust emission factor test programs
Permit and Regulatory Analysis
  • Dispersion modeling and permit preparation
  • CAM plans
  • Visible emission monitoring techniques for complex sources
  • BACT/RACT/LAER evaluations

Air Control Techniques, P.C. integrates engineering and testing capability to serve our clients. Key personnel have been actively involved in the air pollution control field from fifteen to thirty seven years.

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