14 Jul 2023

‘Plan A’, why Autumn is the best time to remediate waterways suffering from phosphorus pollution with Phoslock.

Phosphorus is essential to life, but too much phosphorus can lead to nutrient pollution and can have a negative impact on water quality. In excess, it can also affect aquatic ecosystems negatively. Nutrient pollution… Read more
07 Jul 2023

Eutrophication in freshwaters: A Global Environmental Concern

Eutrophication in freshwaters is an alarming environmental phenomenon that poses significant risks to the world’s freshwater ecosystems. It occurs when excess nutrients, primarily phosphorus and nitrogen, accumulate in water bodies, triggering a series of… Read more
01 Jun 2023

Nutrient pollution: a global challenge

Nutrient pollution or nutrient load is a widespread problem which affects water bodies worldwide. It is a natural phenomenon which usually occurs over centuries, as water bodies fill with sediments. Human activity accelerates this… Read more
29 May 2023

Phoslock significantly reduces available phosphorus concentrations, improving water quality.

Damian Whelan and Kate Waters-Hart (PET Europe) were recently interviewed by Smart Water Magazine and shared benefits of using Phoslock to improve water quality. Read more below to discover why Phoslock significantly reduces available… Read more
18 May 2023

[Webinar] Phosphorus pollution control: insights into Phoslock applications

Phosphorus Pollution Control: insights into Phoslock applications. Nutrient pollution is a complex, global problem that can cause undesirable changes to aquatic systems. Even following successful catchment management, phosphorus can be retained within waterbodies and… Read more
05 Aug 2022

PET secures exclusive global distribution rights for patented phosphorus absorbing pellets

Company Announcement Phoslock Environmental Technologies (ASX:PET) announced today that it has entered into an agreement with US based Water Warriors Inc. to distribute a patented product that has been proven to be effective in… Read more