Experiencing These Challenges? Here's why.

  • The mechanisms of corrosion are not always well understood, but microbially influenced corrosion is undeniably a significant contributor. Elevated growth within process equipment inevitably results in biofilm formation. Once a biofilm community has become established, microorganisms within the community degrades equipment and compromises their integrity. A rigorous control program supported by effective monitoring tools such as 2nd Generation ATP monitoring enable superior control to prevent biofilm formation and reduce the risk of MIC.

    Why does this happen?

    The warm environments of cooling systems are ideal for the growth of microorganisms. As microorganism communities grow in cooling systems, they can attach to pipe walls and form biofilms.

    These biofilms pose serious risks, from human health risks like Legionnaire’s disease to reduced operating efficiency and eventually to equipment failure via microbiologically influenced corrosion (MIC).

    The solution is to reduce overall biological loading by introducing fast microbial monitoring solutions to ensure that operational targets are met, and that risks associated with non-target organisms do not go overlooked, from feed water to cooling surface and to basin.

    Learn more with our latest brochure

    Download here

  • As microorganism communities grow in cooling systems, biofilms inevitably form and can pose serious health risks such as Legionnaire’s disease. Legionella testing is becoming more commonplace in industrial and residential cooling systems, but positive Legionella tests only reveal the problem once it has already occurred. A more proactive approach is to use a rapid and holistic microbiological monitoring such as LuminUltra’s products to assess risk and act quickly when biological growth increases above safe levels. Using this tool to maintain biological growth at a low level can pre-emptively mitigate biofilm formation and the threat of Legionella proliferation.

    Why does this happen?

    The warm environments of cooling systems are ideal for the growth of microorganisms. As microorganism communities grow in cooling systems, they can attach to pipe walls and form biofilms.

    These biofilms pose serious risks, from human health risks like Legionnaire’s disease to reduced operating efficiency and eventually to equipment failure via microbiologically influenced corrosion (MIC).

    The solution is to reduce overall biological loading by introducing fast microbial monitoring solutions to ensure that operational targets are met, and that risks associated with non-target organisms do not go overlooked, from feed water to cooling surface and to basin.

    Learn more with our latest brochure

    Download here

  • Ineffective monitoring in cooling water systems usually results in biofilm build-up which is notoriously difficult to remove. This typically involves chemical treatments to “burn off” biofilm which can be much costlier than it would have been to maintain a more effective control program in the beginning. Better information can lead to better control, and LuminUltra’s fast and reliable results can prevent the need for frequent chemical cleanings and ensure that routine management strategies remain effective.

    Why does this happen?

    The warm environments of cooling systems are ideal for the growth of microorganisms. As microorganism communities grow in cooling systems, they can attach to pipe walls and form biofilms.

    These biofilms pose serious risks, from human health risks like Legionnaire’s disease to reduced operating efficiency and eventually to equipment failure via microbiologically influenced corrosion (MIC).

    The solution is to reduce overall biological loading by introducing fast microbial monitoring solutions to ensure that operational targets are met, and that risks associated with non-target organisms do not go overlooked, from feed water to cooling surface and to basin.

    Learn more with our latest brochure

    Download here

  • Traditional microbiological methods for cooling water tend to be time-consuming to acquire results, may not be effective to quantify the overall risk, or both. Rather than spending several days to acquire data that is critical to maintaining process integrity, LuminUltra’s products can serve as the ideal tool to provide rapid feedback and guide mitigation activities on-site and on-the-spot.

    Why does this happen?

    The warm environments of cooling systems are ideal for the growth of microorganisms. As microorganism communities grow in cooling systems, they can attach to pipe walls and form biofilms.

    These biofilms pose serious risks, from human health risks like Legionnaire’s disease to reduced operating efficiency and eventually to equipment failure via microbiologically influenced corrosion (MIC).

    The solution is to reduce overall biological loading by introducing fast microbial monitoring solutions to ensure that operational targets are met, and that risks associated with non-target organisms do not go overlooked, from feed water to cooling surface and to basin.

    Learn more with our latest brochure

    Download here

Why does this happen?

The warm environments of cooling systems are ideal for the growth of microorganisms. As microorganism communities grow in cooling systems, they can attach to pipe walls and form biofilms.

These biofilms pose serious risks, from human health risks like Legionnaire’s disease to reduced operating efficiency and eventually to equipment failure via microbiologically influenced corrosion (MIC).

The solution is to reduce overall biological loading by introducing fast microbial monitoring solutions to ensure that operational targets are met, and that risks associated with non-target organisms do not go overlooked, from feed water to cooling surface and to basin.

Learn more with our latest brochure

Download here

Why does this happen?

The warm environments of cooling systems are ideal for the growth of microorganisms. As microorganism communities grow in cooling systems, they can attach to pipe walls and form biofilms.

These biofilms pose serious risks, from human health risks like Legionnaire’s disease to reduced operating efficiency and eventually to equipment failure via microbiologically influenced corrosion (MIC).

The solution is to reduce overall biological loading by introducing fast microbial monitoring solutions to ensure that operational targets are met, and that risks associated with non-target organisms do not go overlooked, from feed water to cooling surface and to basin.

Learn more with our latest brochure

Download here

Why does this happen?

The warm environments of cooling systems are ideal for the growth of microorganisms. As microorganism communities grow in cooling systems, they can attach to pipe walls and form biofilms.

These biofilms pose serious risks, from human health risks like Legionnaire’s disease to reduced operating efficiency and eventually to equipment failure via microbiologically influenced corrosion (MIC).

The solution is to reduce overall biological loading by introducing fast microbial monitoring solutions to ensure that operational targets are met, and that risks associated with non-target organisms do not go overlooked, from feed water to cooling surface and to basin.

Learn more with our latest brochure

Download here

Why does this happen?

The warm environments of cooling systems are ideal for the growth of microorganisms. As microorganism communities grow in cooling systems, they can attach to pipe walls and form biofilms.

These biofilms pose serious risks, from human health risks like Legionnaire’s disease to reduced operating efficiency and eventually to equipment failure via microbiologically influenced corrosion (MIC).

The solution is to reduce overall biological loading by introducing fast microbial monitoring solutions to ensure that operational targets are met, and that risks associated with non-target organisms do not go overlooked, from feed water to cooling surface and to basin.

Learn more with our latest brochure

Download here

How can 2nd Generation ATP® monitoring help to mitigate these challenges?

The ability to always be aware and in control of microbial growth in water systems allow you take preventative action sooner than ever before to prevent microbial proliferation before it happens. LuminUltra has developed the first and only commercial ATP test solutions designed specifically for water samples. Using LuminUltra’s solutions will provide you with the ability to:

  • Assess raw/make-up water quality, which can also assist in estimating loading on the disinfection process.
  • Obtain a real-time indication of disinfection efficacy.
  • Quantify microbial build-up on surfaces.
  • Prevent premature equipment failure by prevention of microbially-induced corrosion (MIC).
  • Supplement HACCP programs for preventative control of Legionella.
  • Reduced reliance on anti-fouling chemicals due to reduction or even prevention of biofilm formation.

How can you realize immediate cost savings?

Uncontrolled biological growth can result in substantial cost implications due to additional chemical treatments, typically costing thousands of dollars per batch.  A much more cost-effective strategy is to establish target thresholds for microbial content at a low level and administer treatment to stay in this low-risk zone on an as-required basis.  While 1st Generation ATP tests struggle to reach this level of sensitivity and are prone to interferences caused by routinely-used chemicals such as the biocides themselves, 2nd Generation ATP facilitates a much more effective control program, thus avoiding excessive costs associated with re-establishing control.

What is the return on investment?

Our customers typically can recover their investment in LuminUltra’s solutions within a payback period of 6 months or less through optimization of treatment frequency and dosages as well as the improvement of make-up water quality and a reduction in repeated visits to individual cooling systems.

 

Application Note: ATP-metry technology for cooling circuits

Authored by our long-time European distribution partner, Aqua-tools, with the cooperation of Altis Semiconductor, this document provides an in-depth overview of the improvements that were realized by integrating 2nd Generation ATP monitoring into a full-scale microbiological control program.

view Application Note

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