Including filter system and high-performance Haloacetic Acids filter.
Haloacetic acids are disinfection byproducts that can form when chlorine used to treat drinking water reacts with natural organic matter; you may also see them listed as HAAs, HAA5, or HAA9. Because they develop during treatment and while water moves through the distribution system, HAAs can be present even when water looks clear and otherwise seems fine. Many Laird homeowners choose to add treatment at the point the water enters their house to reduce overall exposure and protect every tap.
Haloacetic acids usually have no taste or odor, so you can't rely on your senses to know if they're present. Concentrations can change over time depending on source water and treatment practices, which means a single test doesn’t always give the full picture. If you want consistent reduction for drinking, cooking, and bathing in a Laird home, small pitchers or under-sink units may leave other faucets untreated—while a whole-house solution offers more even protection across the entire plumbing system.
To reduce haloacetic acids, a catalytic carbon whole-house filter is generally the most effective single-filter choice. Catalytic carbon works by adsorbing many disinfection byproducts, including HAAs, and treats water for every faucet, shower and appliance without changing how you use water at home. When the system is sized for your household flow it can help lower HAA5 and HAA9 alongside other chlorine-related byproducts; installed on the main line, it protects the whole Laird residence.
A properly designed carbon tank provides enough media volume and contact time for better HAA reduction, since these compounds respond best when water spends adequate time in the carbon bed. Maintenance is typically simple—periodic carbon replacement keeps performance steady—and because the system treats water before it reaches fixtures, it can also help preserve plumbing and appliances. Mr. Pure Water can help Laird homeowners choose and size a catalytic carbon whole-house filter to meet household demand and water-quality goals.