Including filter system and high-performance Giardia filter.
Giardia is a tiny parasite that can enter water supplies as tough cysts, and you may also see it called Giardia intestinalis or Giardia lamblia. Because the organisms are microscopic they won’t change taste, smell, or clarity, so you can’t rely on your senses to detect them. Many Carlton homeowners choose to add protection where water first enters the house to reduce the chance these cysts reach showers, sinks, and appliances.
Water in Florida can be affected by things like compromised pipes, cross-connections, or runoff that stress treatment systems, and local supplies in Carlton may come from either municipal sources or private wells depending on the neighborhood. Even with proper treatment, some families prefer an extra barrier for comfort—especially where household members are sensitive to water quality. A whole-house filter ensures the same level of protection at every faucet, giving Carlton residents consistent coverage throughout their plumbing.
The most reliable single-filter option for addressing Giardia at the whole-house level is a cyst-rated absolute membrane filter. These filters work as a physical barrier with very small pores to trap Giardia cysts rather than relying solely on chemicals. When sized correctly for your home’s flow needs, an absolute membrane can protect multiple fixtures at once and provide uninterrupted coverage across the house—making it a practical, mechanical defense for Carlton properties.
Installing an absolute membrane filter on the main water line ensures all incoming water to a Carlton home passes through the barrier. Performance depends on choosing the right micron rating and keeping the system maintained so flow and protection remain steady. Some homeowners add a prefilter ahead of the membrane to capture larger sediment and extend membrane life, but the membrane stage is the critical element for Giardia intestinalis and Giardia lamblia; Mr. Pure Water can help size and install the system to fit your plumbing and household demand.