Air Release Technology Diagram Patent #299363

Patent Registered: #299363

Why Undissolved Gases in Water Matter

A notable portion of household water-pipe volume can consist of undissolved air and oxygen-derived gases. These gases can be released at taps and showerheads, where they contribute to taste, odor, and water-handling characteristics.

Depending on source water, some of these gases — including radon-related, sulfur-related, chlorine, and ammonia gases — are discussed in water science in connection with water quality and household environmental conditions. Occurrence and levels vary by region, plumbing, and source water conditions.

Gases Commonly Discussed in Water Science

Depending on source water and regional conditions, the following gases are commonly discussed in water chemistry and home-water-quality literature:

Radon (Rn)

Naturally occurring radioactive gas

A naturally occurring radioactive gas from the ground that can enter groundwater. The U.S. EPA discusses radon in relation to indoor air and water-quality guidance; occurrence varies by region. See the U.S. EPA Radon resources for official information.

Methane (CH₄)

Flammable, typically odorless

Can enter water supplies in certain geological conditions; commonly discussed in the context of well-water quality.

Ethane (C₂H₆)

Flammable hydrocarbon gas

Similar profile to methane — a hydrocarbon gas occasionally discussed in well-water-quality contexts.

Butane (C₄H₁₀)

Flammable hydrocarbon gas

Commonly used as a household fuel; mercaptan is typically added to commercial supplies for odor detection.

Propane (C₃H₈)

Flammable hydrocarbon gas

Widely used in grills and portable stoves; relevant to household gas safety.

Hydrogen Sulfide (H₂S)

Rotten-egg odor

Associated with characteristic sulfur odors in some water sources, including certain mineral and well waters.

Chlorine (Cl₂)

Common municipal disinfection residual

Used widely for municipal water disinfection; often associated with characteristic taste and odor at the tap.

Ammonia (NH₃)

Strong odor

Has a sharp, distinctive odor and is sometimes associated with chloramine disinfection or agricultural runoff.

Carbon Dioxide (CO₂)

Affects water pH & corrosivity

Can contribute to acidity in water, which can in turn affect metal release from pipes over time.

TipaTech systems are water treatment and filtration products, not medical devices. The occurrence and levels of these gases vary by source water, plumbing, and regional conditions. Information above is for educational purposes and references publicly available water-science and regulatory resources.

TipaTech's Patented Air-Release Solution

TipaTech's patented Air-Release mechanism is a first-stage technology engineered to help release undissolved air and oxygen-derived gases from the water stream. Performance varies by source water composition and system configuration.

Both Crystal Flow systems use the same TipaTech patented air-release stage: the T-18 applies it at the main water line for whole-home gas reduction, and the LotusDY applies it at the under-sink point of use with a dedicated gas trapper at the head of the filter. Same patent family, two installation points, complete coverage from the main line to the kitchen tap.

How it's designed to work:

  • 1
    Releases Undissolved Air & Certain Gases

    Engineered to help release undissolved air and oxygen-derived gases — including sulfur-related, radon-related, chlorine, and ammonia gases — subject to source water conditions.

  • 2
    Supports Cleaner Water Handling

    By helping reduce undissolved gases within the system, the design is engineered to help limit internal conditions that can support aerobic microbial growth within the filtration pathway.

  • 3
    Helps Manage Corrosion & Lead Exposure

    Patented technology engineered to help reduce lead leaching from household plumbing by helping manage corrosive conditions, and to help reduce limescale formation — without salt or chemical softeners.

Why Undissolved Gases Are Worth Addressing

Shower & Indoor-Air Context

During hot showers, undissolved gases in water can be released into bathroom air. Household radon exposure is discussed in public-health guidance from the U.S. EPA; relevant levels depend on source water, ventilation, and regional geology.

Drinking-Water Characteristics

Undissolved gases can affect water taste, odor, and the overall drinking-water experience at the tap.

Engineered First-Stage Design

TipaTech's Air-Release technology is engineered to help release undissolved gases as the first treatment stage, contributing to cleaner, better-tasting water for the whole home. Not a medical device; not intended to diagnose, treat, cure, or prevent any disease.

Technical Specifications

Patent Number: #299363 (TipaTech No-Smosis™ family)
Used in: T-18 (whole-home) and LotusDY (under-sink)
Gases addressed: Radon-related, sulfur-related (H₂S), chlorine, ammonia, CO₂, certain hydrocarbon gases — subject to source water
Process Stage: First stage of filtration in both products
Additional benefits: Helps manage corrosion / lead leaching from plumbing; supports limescale reduction; helps limit aerobic microbial growth within the filtration pathway

Upgrade Your Home Water Filtration

Patented TipaTech Air-Release technology — engineered for safer & cleaner water, shipped by your authorized dealer.

Shop T-18 & LotusDY Systems →

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