Diagram of a water filtration system showing layers of filters removing impurities like chlorine, lead, sand, and bacteria, with text highlighting its benefits for reducing impurities, protecting from chemicals, and improving water taste and quality.
Diagram illustrating a 6-stage water filtration system, showing stages from sediment filtering through carbon blocks, reverse osmosis membrane, to post carbon and alkaline remineralizer, with labels for pollutants removed and minerals added.

The Basics

Reverse Osmosis (RO) is a water purification process that uses a semi-permeable membrane to filter out contaminants at the molecular level. In simple terms, it pushes water through an ultra-fine barrier, reducing impurities like chlorine, lead, arsenic, PFAS, pesticides, and microscopic plastics. The result: crisp, clean, great-tasting water right from your tap.

How It Works – Step by Step

  1. Sediment Filter
    Removes larger particles like dirt, rust, and sand.

  2. Carbon Block Filter
    Traps chlorine, chemicals, and unpleasant odors or tastes.

  3. Second Carbon Block Filter
    Traps chlorine, chemicals, and unpleasant odors or tastes for a second time.

  4. RO Membrane
    The heart of the system. This thin-film membrane reduces dissolved solids, heavy metals, and a wide range of other contaminants.
    Gives the water a final polish for the freshest, cleanest taste.

  5. Alkaline Remineralizer
    Reintroduces calcium carbonate to increase water alkalinity and increase taste.

Why Reverse Osmosis?

  • Superior Filtration – Eliminates more contaminants than standard carbon filters.

  • Better Taste – Removes the “chemical” flavor from tap water.

  • Peace of Mind – Know exactly what's in your glass — fewer contaminants and nothing you didn't ask for.

  • Saves Money – No more cases of bottled water. An RO system pays for itself in convenience and cost savings.

  • Eco-Friendly – Cuts down on plastic bottle waste.

What RO Reduces:

  • Lead & heavy metals

  • Chlorine, chloramine

  • PFAS (“forever chemicals”)

  • Nitrates & arsenic

  • Microplastics

  • Bacteria & cysts

  • Pesticides, herbicides, and more

What is Reverse Osmosis?

FAQs

  • RO water is every bit as good as — and often better than — bottled water. In fact, many major bottling plants use the same Reverse Osmosis technology. The difference is freshness: with a home RO system, your water is purified daily, not stored in plastic bottles for months on end.

    Our multi-stage design gives you consistent purification and peace of mind, since you control the system’s performance and know exactly what’s going into your glass. Bottled water can’t offer that level of oversight.

    Plus, RO water tastes clean and refreshing with a hint of natural minerals — never flat or stale like distilled or long-shelf-life bottled water. And since you’re not buying cases of bottles, it’s easier on your wallet and the environment.

  • Municipal water systems are aging, and many cities simply don't have the funds to fully upgrade their infrastructure. Contamination can enter your tap water at almost any point — from lead leaching out of old pipes, to bacteria slipping in through water main breaks, to pesticides and fertilizers back-siphoned from nearby properties.

    Even water that leaves the treatment plant clean is dosed with chemicals like chlorine for disinfection. While this step serves its purpose, it also affects taste.

    A Reverse Osmosis system gives you direct control — reducing contaminants, chemicals, and unwanted additives, so your household enjoys clean, fresh-tasting water every day.

  • Pitcher filters and faucet attachments like Brita or PUR mainly rely on a single activated carbon cartridge. These filters are fine for improving taste and removing chlorine, but they're limited in what they can actually catch. Their pore size usually ranges from 0.5 to 10 microns, which means they can reduce some larger particles and sediments — but not the dissolved contaminants.

    Reverse Osmosis works on an entirely different level. The RO membrane is rated at 0.0001 micron (that's 400,000 times smaller than a human hair!). This technology doesn't just reduce chlorine — it removes lead, arsenic, PFAS, nitrates, bacteria, and even the salt from seawater. It's the same process used to make bottled water, and it delivers unmatched purification right in your home.

    In short: pitcher filters make water taste a little better. Reverse Osmosis takes filtration to another level — reducing lead, arsenic, PFAS, nitrates, and more.

  • Most systems are designed to fit neatly in the cabinet under your kitchen sink. They’re slim enough to work around a garbage disposal, and the storage tank can even be laid on its side to save space.

    If you prefer, the system can also be installed in a basement, utility room, or garage — as long as there’s access to a water supply. With good household water pressure, it’s easy to run longer lines (20–30 feet) from the system to the dedicated faucet or even to your refrigerator for ice and chilled water.

    Each unit comes with standard 4-foot tubing for a typical under-sink setup, but extra tubing can be added if your installation calls for longer runs.