Technical Papers and Articles

  • Technical Paper: Hitting a Home Run! - A Condenser Success Story
    Technical Paper: Hitting a Home Run! - A Condenser Success Story

    Sector: Power Generation

    The largest single factor that can affect turbine cycle efficiency within a generation station is the heat transfer of the condenser. Depending on turbine design, poor condenser performance can cost as much as 7% in extra fuel being consumed. Thus, maintaining condenser performance can be of benefit not only economically to the plant but also to the environment. The factors affecting condenser heat transfer are; tube-sheet macro fouling, tube deposits, air inleakage and air removal pump condition.

    Keywords: condenser tube cleaner, condenser tube cleaning, condenser tube fouling, heat exchanger tube cleaner, heat exchanger tube cleaning, condenser tube fouling, condenser tube blockage, condenser air inleakage, condenser air inleakage helium detection, condenser air in-leakage detection, condenser helium leak testing, condenser tube leaks, helium leak detection

  • Article: Condenser Leak Detection Utilizing Tracer Gas
    Article: Condenser Leak Detection Utilizing Tracer Gas

    Sector: Power Generation

    Leakage of air or water into the condenser can adversely affect both plant efficiency and equipment life.  High rates of air inleakage can contribute to turbine disk cracking and may create high levels of dissolved oxygen (DO) in the feedwater system.  Extremely high inleakage rates can reduce condenser vacuum and increase turbine back pressure leaking to an overall loss of efficiency

    Keywords: condenser air inleakage, condenser inleakage, condenser air in-leakage, condenser in-leakage, condenser leak testing, condenser air inleakage helium tests, condenser helium testing, condenser tube leak helium testing, condenser leak detection, condenser tube leak detection, condenser tube helium leak testing

  • Article: Advanced Tracer Gas Technique Enhances Condenser Leak Detection
    Article: Advanced Tracer Gas Technique Enhances Condenser Leak Detection

    Sector: Power Generation

    Traditional methods of pinpointing condenser cooling water leaks including the use of plastic wrap, foam, flame from a match or candle, sound, vibration, eddy-current inspection, chemical analysis, and even tracing with helium gas are reviewed in this article originall published in Power Magazine.

    Keywords: condenser leak testing, condenser leak detection, air inleakage. air in-leakage, vacuum leak detection, power plant leak detection, helium leak detection services, condenser tube leaks, condenser air inleakage detection, air inleakage helium leak tests, condenser vacuum leak testing

  • White Paper: The Practical Application of SF6 and Helium for Condenser Leaks
    White Paper: The Practical Application of SF6 and Helium for Condenser Leaks

    Sector: Power Generation

    This paper presents the practical application and use of tracer gases to perform leak detection, compares this method with earlier and less sophisticated techniques, and outlines the key elements, both theoretical and practical, which an engineer should consider when determining the most appropriate procedure and tracer gas to use in a given application.

    Keywords: condenser leak testing, condenser leak detection, air inleakage. air in-leakage, vacuum leak detection, power plant leak detection, helium leak detection services, condenser tube leaks, condenser air inleakage detection, air inleakage helium leak tests, condenser vacuum leak testing

  • Technical Paper: Improved Plant Performance and CO2 Reduction
    Technical Paper: Improved Plant Performance and CO2 Reduction

    Sector: Power Generation

    Efficient condenser operation is critical to minimizing the operating costs and improving the performance of a turbogenerator unit or power plant. Efficient condenser performance is recognized by an improvement in heat rate and generation capacity, less fuel is consumed and a significant reduction in CO2 emissions can be achieved. Condenser tube fouling and condenser air-inleakage have been found to have a significant impact on condenser performance and subsequently plant performance.

    Keywords: condenser tube cleaning, condenser cleaning, heat exchanger cleaning, condenser tube cleaners, reducing CO2 emissions from power plants, condenser leak detection, condenser tube leak detection, condenser tube leaks, condenser air inleakage, condenser air-inleakage, condenser air in leakage, condenser salt leak

  • Article: Condenser Cleaning Saves $1,000,000 Annually
    Article: Condenser Cleaning Saves $1,000,000 Annually

    Sector: Power Generation

    Published in Power Engineering Magazine, this article illustrates how 600 MW Omaha power plant saves in excess of one million dollars (USD) annually as a result of the effective removal of calcium carbonate scale from their condenser tubes.

    Keywords: condenser tube cleaning, heat exchanger cleaning, condenser cleaning, calcium scale removal, cal-buster, calbuster. condenser calcium, condenser calcium scale, condenser calcium scale removal, chemical removal of calcium scale,

  • Article: Finding Lost Megawatts
    Article: Finding Lost Megawatts

    Sector: Power Generation

    Published in Power Engineering Magazine, this article examines the importance of maintaining a power plant's water system, as well as recent innovations in condenser tube cleaning.  These cleaning innovations have recovered up to 25 megawatts lost due to operating above design backpressure as a result of fouled and blocked condenser tubes.

    Keywords: condenser tube cleaning, fouled condenser tubes, blocked condenser tubes, condenser cleaning, heat exchanger cleaning, condenser tube fouling, blocked condenser tubes, condenser leak detection, condenser tube leaks

  • Article: Keeping Condensers Clean
    Article: Keeping Condensers Clean

    Sector: Power Generation

    Originally published in Power Magazine this article examines the humble condenser as being among the biggest contributors to a steam power plant's efficiency. But although a clean condenser can provide great economic benefit, a dirty one can raise plant heat rate, resulting in large losses of generation revenue and/or unnecessarily high fuel bills. Conventional methods for cleaning fouled tubes range from chemicals to scrapers to brushes and hydro-blasters. This article compares the available options and describes how one power station cleaned up its act.

    Keywords: condenser tube cleaning, condenser tube cleaner, condenser cleaning, tube cleaning, heat exchanger tube cleaning, heat exchanger cleaning, condenser tube fouling, chemical cleaning, condenser tube brushes

  • Article: Condenser Tube Fouling and Failure: Cause and Mitigation
    Article: Condenser Tube Fouling and Failure: Cause and Mitigation

    Sector: Power Generation

    Originally published in Power Plant Chemistry this article examines the two most common condenser tube problems faced by chemists; internal tube fouling and tube failure. Fouling can have a major impact on power generation efficiency and/or capacity, and tube leaks can seriously impact unit availability and reliability.  Fundamental understanding of the root cause(s) of these issues and their mitigation is essential to resolving these problems and/or preventing their reoccurence.

    Keywords: condenser tube cleaning, condenser tube cleaner, condenser cleaning, heat exchanger cleaning, condenser tube fouling, condenser tube leaks, condenser leak detection, condenser tube leak detection, tracer gas leak detection

  • Article: Innovations in Condenser Cleaning Technology
    Article: Innovations in Condenser Cleaning Technology

    Sector: Power Generation

    Published in Energy Tech Magazine, this article examines The Practical Application & Innovation of Cleaning Technology for Condensers with a detailed look a fouling mechanisms, prevention of tube-side fouling, chemical treatment and offline mechanical cleaning options.

    Keywords: condenser tube cleaning, condenser tube cleaners, condenser tube cleaner, condenser tube cleaning brush, condenser cleaning, heat exchanger cleaning, condenser tube failures, condenser chemical cleaning, fouling prevention