Experiencing These Challenges? Here's why.

  • Whether it be for final product testing or analyses of wash, rinse, or make-up water streams in an industrial process, 2nd Generation ATP tests can serve as the first line of defence to assess microbial content and ensure that control programs remain effective. This enables immediate mitigation if contamination events occur when applied to critical control points.

    Why does this Happen?

    Besides being a component of many industrial products, water also serves several other important purposes in manufacturing process operations such as being a transport medium and washing agent. As is the case with all situations where water is used, microbial growth is an ever-present challenge if not adequately monitored and controlled. For example, in the papermaking industry, microbial growth in make-up water streams, process waters, slurries, and on the paper sheet itself can all lead to significant product quality issues such as odors, discoloration, and breaks.

    It is therefore critical to assess all entry points where water is used, assess its tendency to support growth, and monitor growth trends in order to keep proliferation in check at all times.

    Learn more with our latest brochure

    Download here

  • Biocide choice and dosage can depend on many factors and kill studies to optimize these variables can be time-consuming due to the slow feedback of culture-based techniques. Also, culture tests tend to provide a liberal indication of biocide efficacy since damaged (not dead) cells may still recover but may be rendered unable to produce a visible colony during the test. ATP tests provide a more conservative indication of biocide efficacy by detecting all intact cells, and does so in minutes rather than days.

    Why does this Happen?

    Besides being a component of many industrial products, water also serves several other important purposes in manufacturing process operations such as being a transport medium and washing agent. As is the case with all situations where water is used, microbial growth is an ever-present challenge if not adequately monitored and controlled. For example, in the papermaking industry, microbial growth in make-up water streams, process waters, slurries, and on the paper sheet itself can all lead to significant product quality issues such as odors, discoloration, and breaks.

    It is therefore critical to assess all entry points where water is used, assess its tendency to support growth, and monitor growth trends in order to keep proliferation in check at all times.

    Learn more with our latest brochure

    Download here

  • Many odour issues in chemical products are linked to biological growth within the product. This kind of issue likely originated much earlier in the process and is just now making itself known via noticeable odour. Isolate and mitigate these problems much sooner via rapid biological testing to totally avoid the issue.

    Why does this Happen?

    Besides being a component of many industrial products, water also serves several other important purposes in manufacturing process operations such as being a transport medium and washing agent. As is the case with all situations where water is used, microbial growth is an ever-present challenge if not adequately monitored and controlled. For example, in the papermaking industry, microbial growth in make-up water streams, process waters, slurries, and on the paper sheet itself can all lead to significant product quality issues such as odors, discoloration, and breaks.

    It is therefore critical to assess all entry points where water is used, assess its tendency to support growth, and monitor growth trends in order to keep proliferation in check at all times.

    Learn more with our latest brochure

    Download here

  • The mechanisms of corrosion are not always well understood, but Microbially influenced corrosion is undeniably a significant contributor. Elevated growth within distribution lines inevitably result in biofilm formation. Once a biofilm community has become established, microorganisms within the community degrade the pipes and compromise 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?

    Besides being a component of many industrial products, water also serves several other important purposes in manufacturing process operations such as being a transport medium and washing agent. As is the case with all situations where water is used, microbial growth is an ever-present challenge if not adequately monitored and controlled. For example, in the papermaking industry, microbial growth in make-up water streams, process waters, slurries, and on the paper sheet itself can all lead to significant product quality issues such as odors, discoloration, and breaks.

    It is therefore critical to assess all entry points where water is used, assess its tendency to support growth, and monitor growth trends in order to keep proliferation in check at all times.

    Learn more with our latest brochure

    Download here

Why does this Happen?

Besides being a component of many industrial products, water also serves several other important purposes in manufacturing process operations such as being a transport medium and washing agent. As is the case with all situations where water is used, microbial growth is an ever-present challenge if not adequately monitored and controlled. For example, in the papermaking industry, microbial growth in make-up water streams, process waters, slurries, and on the paper sheet itself can all lead to significant product quality issues such as odors, discoloration, and breaks.

It is therefore critical to assess all entry points where water is used, assess its tendency to support growth, and monitor growth trends in order to keep proliferation in check at all times.

Learn more with our latest brochure

Download here

Why does this Happen?

Besides being a component of many industrial products, water also serves several other important purposes in manufacturing process operations such as being a transport medium and washing agent. As is the case with all situations where water is used, microbial growth is an ever-present challenge if not adequately monitored and controlled. For example, in the papermaking industry, microbial growth in make-up water streams, process waters, slurries, and on the paper sheet itself can all lead to significant product quality issues such as odors, discoloration, and breaks.

It is therefore critical to assess all entry points where water is used, assess its tendency to support growth, and monitor growth trends in order to keep proliferation in check at all times.

Learn more with our latest brochure

Download here

Why does this Happen?

Besides being a component of many industrial products, water also serves several other important purposes in manufacturing process operations such as being a transport medium and washing agent. As is the case with all situations where water is used, microbial growth is an ever-present challenge if not adequately monitored and controlled. For example, in the papermaking industry, microbial growth in make-up water streams, process waters, slurries, and on the paper sheet itself can all lead to significant product quality issues such as odors, discoloration, and breaks.

It is therefore critical to assess all entry points where water is used, assess its tendency to support growth, and monitor growth trends in order to keep proliferation in check at all times.

Learn more with our latest brochure

Download here

Why does this Happen?

Besides being a component of many industrial products, water also serves several other important purposes in manufacturing process operations such as being a transport medium and washing agent. As is the case with all situations where water is used, microbial growth is an ever-present challenge if not adequately monitored and controlled. For example, in the papermaking industry, microbial growth in make-up water streams, process waters, slurries, and on the paper sheet itself can all lead to significant product quality issues such as odors, discoloration, and breaks.

It is therefore critical to assess all entry points where water is used, assess its tendency to support growth, and monitor growth trends in order to keep proliferation in check at all times.

Learn more with our latest brochure

Download here

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

LuminUltra is the first and only ATP monitoring supplier with solutions designed for microorganism quantification in any industrial process water application. Through fast, portable, and accurate testing, you can instantly measure the total microbiological content in industrial process waters to proactively detect emerging growth and locate the source of any contamination.

LuminUltra’s solutions provide you with an economical and reliable option to save time and money, and reduce operational risks by helping to better guide disinfection and cleaning cycles.

Moreover, you can obtain the following benefits through a routine ATP monitoring program at applicable process locations:

  • Routinely assessing biocide effectiveness in process waters.
  • Protection of product quality by preventing deposit formation, discoloration, and product integrity issues.
  • Managing foul odors and explosive gas formation.
  • Evaluate raw water quality and prevent raw water treatment equipment fouling or corrosion.
  • Monitor and control microbiological re-growth in treated water distribution.

How can you realize immediate cost savings?

Our customers in the industrial manufacturing sector use LuminUltra’s solutions to achieve substantial improvements in process efficiency and final product quality. By reducing test turn-around time from several days to mere minutes, your team will be able to identify, address and validate microbiological control solutions immediately.  This can apply to any critical control point in the process where microbiological contamination could be introduced, including: make-up water, wash water/clean-in-place systems, intermediates, or final products.  By revealing problems on-the-spot, they can be dealt with immediately to prevent inevitable product quality issues or process interruptions that would undoubtedly amount to considerable cost.

What is the return on investment?

Our typical customers will benefit by the reduction in the occurrences of product quality failures and through reduced chemical consumption. Taking the pulp and paper industry as an example: by eliminating even one occurrence of compromised product and through reductions in biocide consumption, significant savings are achieved and a payback period for the first year is 2 months while it becomes 1 month or less in each year thereafter.  In the case of slime formation causing sheet breakage, the revenue lost due to an hour’s worth of paper machine downtime would pay for the investment for 2nd Generation ATP monitoring and years’ worth of testing!

 

Case Study: Water Purification System Continuous Improvement

This case study illustrates how the all-inclusive results and rapid feedback from 2nd Generation ATP monitoring translates to greatly enhanced control capability for high-purity water systems.

view Case Study

Recommended Test Kit

QuenchGone21 Industrial (QG21I™)

QuenchGone21 Industrial (QG21I) accurately monitors total microbiological concentration (and optionally, stress level) in any high-solids industrial process water stream such as papermaking process water and food processing streams. LuminUltra’s advanced reagent system provides an accurate, repeatable, and interference–free quantification of total bioburden on-the-spot, checking for contaminiation from the process fluids through to the finished product.

The QG21I test kit is designed for testing High-Solids Process Waters:

  • Papermaking Process Waters
  • Pulping Process Waters
  • Food Processing Slurries
  • Process Wash Waters
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