Including filter system and high-performance Phthalates filter.
Phthalates are a group of chemicals commonly called plasticizers that help make plastics flexible. They can enter water when products containing them break down or when trace organics move through the waste stream and back into waterways. Because phthalates are used in many everyday items, they tend to appear as low-level, intermittent contaminants rather than a constant source. Lake Mary homeowners often hear about them from water quality reports, local news, or simply from wanting to reduce chemical exposure around the house.
You won’t be able to see or taste phthalates at the tap, which is why many families in Lake Mary choose to treat broadly for dissolved organic chemicals rather than relying only on sediment or chlorine-focused systems. A whole-house solution treats the water used for bathing, laundry and cooking across neighborhoods like Heathrow and Timacuan, giving consistent reduction of trace synthetics that can come from everyday plastics.
To reduce phthalates and other plasticizers throughout a home, a single whole-house granular activated carbon (GAC) filter is typically the most effective standalone choice. GAC removes many dissolved organic compounds by adsorbing them onto the carbon as water flows through, unlike basic sediment filters that only trap particles. In hard-water areas around Seminole County a correctly sized GAC tank provides the necessary contact time to capture trace organics more reliably.
Performance varies across the phthalate family, so proper system design matters: sufficient carbon volume, controlled flow rate, and scheduled media changes. A whole-house GAC unit is installed at the point water enters your Lake Mary home so every faucet benefits, and pairing it with a sediment prefilter helps prevent premature clogging—especially important where mineral-rich water can cause scale. Mr. Pure Water can help size and match a carbon system to your household’s flow needs so reduction of phthalates stays steady day to day.