All-natural solutions for algae separation are at work in this beaker.
Aquatic weeds and algae are among the most common examples of nutrient pollution. These unsightly and potentially hazardous algae blooms turn a pristine waterbody into an unsightly mess, and residents, owners, municipalities, etc. seek to restore the appearance of their water.
While herbicides and algaecides can offer temporary relief, they don’t address the root cause of water quality issues and only add to the water issues—nutrient pollution.
In lake and pond management, it refers to the introduction of excess nutrients like phosphorus and nitrogen into the water column. These nutrients are essential for aquatic life, but they can also disrupt the ecosystem’s balance when in excess.
The primary sources of nutrient pollution are lawn and garden fertilizers, yard debris like grass clippings and leaves, sediment or materials from construction sites, sewage discharge, and animal waste. Most of these materials enter waterbodies via stormwater runoff. When it rains, water flows across impervious surfaces like roads and sidewalks, collecting pollutants before entering ponds and lakes designed to filter out these substances while reducing flood risks.
Our solution using the GCO "Algae Hammer" hydro-oxidative organic clay to help reduce nutrient and toxin levels and increase dissolved oxygen to restore the health of natural water bodies.
Nutrient pollution directly contributes to eutrophication – the aging of the ecosystem. By making the waterbody more fertile, aquatic weeds and algae, including toxic cyanobacteria (blue-green algae), are more likely to proliferate beyond safe levels, triggering a chain reaction of oxygen depletion, muck development, and loss of water depth.
Without intervention, the water body will continue to fill in and shrink. Eventually, costly dredging may be the only option to restore it to its original state.
Check out this great video of treating a pond for algae bloom.
Check out this great video
Ion Water Sciences
We use cookies to analyze website traffic and optimize your website experience. By accepting our use of cookies, your data will be aggregated with all other user data.