How bacteria cultured in Alberta are helping treat algae and wastewater

We’ve all seen it—excessive nutrient loading making lakes and ponds look and smell horrible. But, did you know these bodies of water typically have low dissolved oxygen, excessive algae blooms, unpleasant odours, plant growth, and stressful conditions for fish and wildlife?

Lakes and ponds stressed by unnatural water cycling, nutrient spikes (e.g. nitrogen and phosphorus), and altered shoreline and riparian habitat have a reduced capacity to decompose organic matter, cycle nutrients, or maintain the water quality required for a healthy aquatic ecosystem.


However, we have a natural friend to help fight the algae foe!


Biotechnology products using a super-concentrated source of bacteria, which are naturally occurring in healthy aquatic systems and functions, effectively cycle and sequester nutrients in aquatic ecosystems. Further, by boosting populations of naturally occurring bacteria, the cycling of nutrients and organic decomposition can return, which can be critical to buy time for operators and others to pursue remediation of the root causes of stress on the impacted aquatic system.


When water comes from a surface runoff supply, it also brings high chemical and nutrient content. This is the perfect environment for algae to grow.


With more attention on environmental water treatment options, the effectiveness of bacteria presents a naturally occurring alternative that can also be cost-efficient.


What many people may not know is that specific consortiums of bacteria are used around the world to help treat wastewater as well. They address challenges including:

  • Enhanced nitrification (see Figure 1)