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Getting Answers

We are committed to helping you achieve compliance at the lowest cost to your plant. Emissions issues, production capacity, and reliable flexibility can't be achieved at the lowest cost without looking at the entire industrial process and the impacts on collection efficiency under different operating conditions. Often, when evaluating the potential for improved efficiency we look at the process. Our laboratory services support that intent through providing data points that help us understand how to approach your issue.

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Neundorfer's team of engineers have decades of application experience which allows us to help our customers solve problems effectively. Sometimes part of the process means gathering a variety of data to better understand what is happening and where the opportunities to improve reside.

Neundorfer's in house analytical and laboratory capabilities allow us to streamline the process by quickly obtaining data points needed to solve these complex problems. For example, our in house lab can analyze coal, ash and particle resistivity to help improve electrostatic precipitator performance. And, our in house filter bag permeability testing can help determine the causes of short bag life or predict future bag life. The more information we have, the more creative we can be in finding ways to achieve compliance at the lowest cost to you. By connecting these analytical services to your specific issues, you get actionable feedback that you can actually put to use.

Our objective isn't to get you lab results, it is to get you data that connects to your issues and objectives, and to help you put that data to use, lowering your cost of compliance, finding profit opportunities, or increasing production capacity. That's what makes us different.

What We Do:

  • Coal fly ash or process dust resistivity analysis (performed in accordance with IEEE Standard 584)
  • Loss on ignition (LOI)
  • Ash Mineral Analysis
  • Ultimate Analysis
  • Ash/dust particle size
  • Performance Analysis
  • Bag permeability testing and analysis

Files & Resources

Optimizing SO3 Systems in Multiple-Unit Plants

Duke Energy Beckjord: SO3

Installing separate SO3 flue gas conditioning systems on two units at Duke Energy's Beckjord Power Plant fixed ongoing struggles to maintain acceptable stack emission levels. Neundorfer provided one of the SO3 systems, and helped Duke Energy save mon ...

Read the White Paper

"The greatest benefit is that we can now prevent emissions from ever exceeding established opacity limits, and it does not require our round-the-clock attention."

Alan Burck

Plant Engineer, Duke Energy Beckjord Station

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