Including filter system and high-performance Microcystins filter.
Microcystins are toxins made by certain cyanobacteria (often called blue-green algae) that can get into drinking water during algae blooms. They aren’t the same as ordinary taste or odor problems and can be present even when water appears clear. In Palm Beach County communities like Westgate homeowners typically hear about microcystins from utility alerts, local news, or seasonal advisories — and one commonly mentioned form is microcystin-LR.
When microcystins are a worry, you want to cut exposure across the whole house, not just at one faucet. Beyond drinking and cooking, household uses such as making ice, rinsing produce, showering, and brushing teeth all bring people into contact with water. Because microcystins are dissolved organic toxins, sediment-only filters won’t reliably remove them. A whole-house system installed at the main line gives consistent treatment to every tap in Westgate, from homes in Westgate-Belvedere Homes to Century Village.
For whole-home reduction of microcystins, a single, high-quality activated carbon filter is generally the best choice. Catalytic or high-capacity granular activated carbon media is commonly used because it adsorbs microcystins — including microcystin-LR — as water flows through the bed. This is more robust than a basic taste-and-odor cartridge, emphasizing stronger adsorption and sufficient contact time. Installed at the main water line in Westgate, the system treats water before it reaches showers, faucets, and household appliances.
Effective control depends on matching carbon media to flow rate and sizing the unit for your home. In hard-water areas like Westgate, where scale can be a factor, an undersized filter that lets water pass too quickly won’t provide the contact time needed for adsorption. A properly sized whole-house granular activated carbon system improves clarity, reduces other organic odors, and—when maintained on schedule—keeps microcystin reduction steady even during seasonal water disruptions.