Algae Removal from Public Waterway

This public pond had become heavily affected by excessive algae growth, with dense accumulations covering large areas of the water surface. Situated within a popular public space and surrounded by well-used walking routes, the declining condition of the pond had become increasingly noticeable to visitors and local residents. As the algae continued to accumulate, the once open waterbody became dominated by thick floating growth, significantly affecting its appearance. During warmer periods, decaying algae also produced an unpleasant odour around the surrounding paths and public areas. With the pond forming a prominent feature of the site, the local council began receiving regular complaints regarding both its appearance and smell.

Aquaclear carried out targeted algae removal to clear the affected areas and restore the pond’s open-water character, significantly improving its appearance and overall condition. The collected algae was removed from the site rather than left to decompose within the waterbody, helping to prevent the nutrients held within the material from being released back into the water. This provides a quick and effective way of tackling heavy surface growth, delivering an immediate improvement to the waterbody while removing a significant volume of unwanted organic material.

In some situations, mechanical algae removal can provide a more practical and cost-effective solution than undertaking major works to address the underlying causes. Dredging a waterbody of this scale can carry a substantial price tag, while chemical treatment across such a large area can also be prohibitively expensive and may require repeated applications. Neither approach necessarily guarantees a long-term solution, particularly where the conditions driving algae growth originate beyond the waterbody itself. As this pond forms the final waterbody in the system before water reaches the sea, nutrients and other factors contributing to algae growth may originate much further upstream. Addressing the underlying cause could therefore require significant works across the wider catchment, with major investment in the pond itself offering no guarantee that the algae would not return. In these circumstances, regular mechanical clearance can provide a faster and considerably more economical approach to ongoing management. Rather than committing to costly large-scale interventions, algae can be removed as required to restore open water, improve the appearance of the site and remove accumulated organic material. The works can also be carefully timed around ecological constraints, including the bird nesting season, allowing the waterbody to be maintained effectively with relatively little disruption.