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Industrial Wastewater

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  • Solutions: Industrial Wastewater
    FuelMicrobial Source TrackingBiocide ControlCOVID-19Wastewater-Based EpidemiologyDrinking WaterFoodIndustrial Process WaterLegionellaMarine IndustryMicrobiologically Influenced CorrosionIndustrial Wastewater
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Understanding loss of nitrification at a refinery wastewater treatment plant using 16S rRNA sequencing

This research highlights the utility of advanced biomass characterization in refinery wastewater treatment to understand process upsets and identify shifts within the microbial community that are contributing to changes... Read More

Webinar

Improve your process with rapid, accurate and portable wastewater testing solutions

Is your process running at peak performance? Most wastewater operational challenges – bulking, upsets, excessive costs, and non-compliance – stem from inaccurate measurements of the true, living biomass in... Read More

Case Study

Using 2nd Generation ATP® to perform wastewater process audits

After a 3-day audit using 2nd Generation ATP, multiple opportunities for process improvement were identified. The results allowed operators to take immediate same-day action. This audit was successful in... Read More

Case Study

Case study: Diagnosing inefficient biological phosphorus removal

Diagnosing inefficient biological phosphorus removal By leveraging LuminUltra’s mail-in GeneCount services, a wastewater treatment plant was able to identify the underlying causes of poor biological phosphorus removal in one... Read More

Case Study

Using ATP and NGS to monitor the nitrification process at an industrial wastewater treatment plant

What’s inside: A steel producer in Taiwan, produces wastewater that is high in organics, ammonia, solids, and other waste products. The wastewater is treated on-site using a series of... Read More

Webinar

Using NGS to Optimize and Troubleshoot Wastewater Treatment Systems

Webinar on demand Using NGS to Optimize and Troubleshoot Wastewater Treatment Systems What to expect: Next-Generation Sequencing (NGS) data can be difficult to interpret, and as a result, the... Read More

Article

How to achieve your wastewater treatment goals with ATP testing

Chemical engineer Dave Tracy provides insights into this common question, and provides resources on how to build a testing routine that works for you.... Read More

Case Study

Rapid Identification and Troubleshooting of a Wastewater Upset Event

What’s inside: A municipally operated wastewater treatment plant receives a high proportion of industrial wastewater. The high proportion was resulting in frequent toxicity-driven upsets. They needed a solution for... Read More

Case Study

Mitigating Capital Upgrades to a Wastewater Treatment Plant Using DNA Sequencing

A municipal wastewater treatment plant planning to carry out an expensive capital upgrade. This upgrade would improve treatment performance and bring the plant into compliance but was extremely expensive.... Read More

Case Study

Frac Tank Toxicity Using 2nd Generation ATP®

A refinery with an activated sludge wastewater treatment plant uses frac tanks to store and equalize waste streams that are potentially toxic to the plant biomass, including wastes from... Read More

Article

How to use ATP and DNA in a Wastewater Nitrification Monitoring Plan

Ammonia removal is a key metric for assessing wastewater treatment facility performance. This is because ammonia contributes to aquatic life toxicity. Furthermore, nitrogen, along with phosphorus, is a driver... Read More

Article

Sequencing Your Bioreactor – Who’s Doing the Work?

  Metagenomics through the incorporation of next generation sequencing (NGS) is changing the way wastewater treatment plants are monitored and understood. NGS can be used in aerobic and anaerobic... Read More

Article

Most Wanted Microbes – Candidatus Accumulibacter

From the editor: This is the eleventh post in an ongoing series profiling microorganisms of particular significance in water and wastewater systems. In this series we will cover microorganisms of many types including some... Read More

Article

Most Wanted Microbes – Coliforms

From the editor: This is the ninth post in an ongoing series profiling microorganisms of particular significance in water and wastewater systems. In this series we will cover microorganisms... Read More

Article

Most Wanted Microbes – Nitrifiers (a.k.a. Nitrosomonas)

  From the editor: This is the fourth post in an ongoing series profiling microorganisms of particular significance in water and wastewater systems. In this series we will cover... Read More

Case Study

Using ATP to Troubleshoot Bioreactor Stress Mechanisms

What’s inside: Over the course of a 6-week monitoring program, a Canadian starch mill utilized LuminUltra’s 2nd Generation ATP® wastewater test kits to identify the source of temperature-related upsets... Read More

Case Study

Early Detection of a Bulking Event Using Rapid Microbial Tools

A pulp and paper wastewater treatment plant was frequently experiencing bulking. As a result, they needed a strategy to detect bulking conditions sooner. Earlier detection would allow for actions... Read More

Article

Most Wanted Microbes – Kouleothrix (a.k.a. Roseiflexus)

  From the editor: This is the second post in an ongoing series profiling microorganisms of particular significance in water and wastewater systems. In this series we will cover... Read More

Application Note

Biomass Inventory Management Using 2nd Generation ATP®

Introduction The activated sludge process is used to concentrate the biomass which naturally degrades carbonaceous substances found in most industrial and municipal wastewaters. A common practice in these plants... Read More

Article

Most Wanted Microbe – Escherichia coli

  From the editor: This is the inaugural post in an ongoing series profiling microorganisms of particular significance in water and wastewater systems. In this series we will cover... Read More

Case Study

Identifying Biological Excursions

What’s inside: Problem: A municipal wastewater treatment plant  investigated a sudden increase in fecal coliform exceedance events. Facility: Conventional activated sludge plant with chlorine disinfection in southeastern Australia receiving... Read More

Article

The Cost of High Solids in Your Wastewater Treatment Plant

  Conventional activated sludge wastewater treatment plants (WWTP) operate with solids (mixed liquor suspended solids ­– MLSS) concentrations ranging from approximately 1500 to 5000 mg/L. In membrane bioreactors (MBRs),... Read More

Article

Enhanced Biological Phosphorus Removal – Who’s doing the work?

  Enhanced biological phosphorus removal (EBPR) was first documented in the early 1970’s. Traditionally it has been understood that EBPR requires a first stage anaerobic zone that is free... Read More

Case Study

Wastewater Treatment Plant Continuous Improvement

A Canadian paper manufacturer utilized LuminUltra’s wastewater test kits for one year and used the data to identify several opportunities for process improvement. Their findings are promising—in addition to... Read More

Article

How often should I measure ATP in my wastewater treatment plant?

Establishing a routine monitoring plan for ATP will ensure that you’re able to take preventative action to reduce risk. Learn how here.... Read More

Case Study

Wastewater Treatment Plant Monitoring Program

What’s inside: Over the course of a 1.5-month field experiment at a Canadian starch mill wastewater treatment process, LuminUltra Technologies demonstrated the use of its patent-pending Total Control ATP... Read More

Article

Using ATP in Suspended Growth Wastewater Treatment Systems – What is the benefit?

  Suspended growth systems, such as activated sludge, are a very common form of secondary wastewater treatment. The potential to optimize and improve the operation of such treatment plants... Read More

Article

Sewage Treatment Plants – Bug Farms and their Farmers

  A colleague recently conveyed a conversation he’d had with an operator at a sewage treatment plant. Society tends to have an unfounded stigma of sewage treatment plants, so... Read More

Article

Why won’t total microbial content decrease after UV treatment?

  UV treatment only recently became widely adopted in the water and wastewater treatment industries but the benefits of sun exposure for water purification have been acknowledged for thousands... Read More

Article

How Using ATP to Identify Sludge Bulking – What is the benefit?

  What is sludge bulking? Sludge bulking is a severe problem that can plague activated sludge wastewater treatment plants (WWTP). It’s been estimated that 60% of activated sludge WWTP... Read More

Article

3 Things That You Can Learn With ATP Testing at Your Wastewater Plant

Biological wastewater can be a be complex testing environment, but also offers the greatest opportunities for cost savings and overall optimization.... Read More

Case Study

Early Warning of Upsets and Toxicity in Wastewater Treatment

Wastewater treatment operations can encounter upset conditions that occur without warning when operators rely on conventional monitoring parameters. These upsets can cause nuisances such as poor biosolids settlability or... Read More

Application Note

Wastewater Measuring Living Biomass in Bioreactors

What’s inside This document provides a basic introduction to the value of information provided by ATP monitoring in wastewater treatment. This includes the various quantities that are determined and... Read More

Improve Your Process with Rapid, Accurate & Portable Wastewater Testing Solutions

Is your process running at peak performance? Most wastewater operational challenges stem from inaccurate measurements of the true, living biomass in your process.

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Founded in 1995, LuminUltra is a biological diagnostic testing company headquartered in Canada with operations in six countries. Widely recognized as a global leader in developing tests and reagents for environmental, industrial, and diagnostic monitoring, we were also a key supplier of COVID-19 clinical testing reagents to the Government of Canada.

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