Microplastics Water Treatment Options for Johnson County Homes: Making the Best Choice

This week you face the decision of selecting the best water treatment approach to address microplastics concerns in your Johnson County home.

How Treated Water Differs at the Tap with C-Series Microplastics Filtration

Reduction of Suspended Microplastic Particles

The C-Series Microplastics Filter captures tiny plastic fragments commonly found in surface water sources, improving water clarity and reducing microscopic plastic content at the tap.

Retention of Essential Minerals

This filter technology is designed to remove microplastics while retaining minerals that contribute to taste and health benefits of your water.

Stable Tap Water Flow

Water treated through the C-Series System maintains normal household water pressure, with filtration occurring inline and causing minimal impact on flow rates.

Consistent Quality Regardless of Municipal Monitoring

Even though the Olathe public water system has no recorded health-based violations and has not monitored for microplastics, this filter targets particles not routinely tested.

How to Judge Treatment Capacity Against Household Daily Demand

Estimate Average Daily Water Use

Calculate your household’s water usage in gallons per day to select a system sized adequately for your needs without overburdening filter lifespan.

Consider Peak Usage Periods

Assess times of day with highest water consumption to ensure the filtration system can handle spikes without reducing performance.

Understand Filter Replacement Intervals

The C-Series Microplastics Filter requires timely cartridge changes based on volume treated to maintain filtration effectiveness.

Questions Unique to Household Water Treatment Versus Commercial Scale

Is Point-of-Entry or Point-of-Use Filtration Preferred?

Residential users typically opt for point-of-entry filters to treat all incoming water, while commercial users may adopt point-of-use units for specific processes.

Compatibility With Household Plumbing

Configure the system to fit existing plumbing layouts; the C-Series ships ready to configure without altering home infrastructure.

Maintenance Frequency

Residential setups usually require less frequent maintenance than commercial installations due to lower throughput volumes.

Distinguishing Microplastics from Other Water Particulate Issues

Microplastics Versus Sediment

Microplastics consist of small synthetic particles, unlike naturally occurring sediment, and need specialized filtration media to be captured effectively.

Microplastics Versus Biological Particulates

Microplastics differ from microorganisms or organic matter that standard disinfection targets; filtration must address physical particle size rather than biological activity.

Adjustments for Large or Seasonal Households

Higher Capacity Filters for Large Families

Homes with more occupants or elevated water use require filters sized with extra capacity to maintain performance over time.

Preserving Filter Condition During Seasonal Absences

If your home is unoccupied for periods, ensure the system is properly flushed before resuming use to prevent buildup and maintain filtration quality.

Monitoring Water Quality After Extended Downtime

Consider testing water for microplastics and other parameters when returning to a seasonal home to confirm treatment effectiveness.

Final Recommended Step

Order a comprehensive water quality test for your household supply, including microplastics analysis. A low presence of microplastics would indicate minimal need for specialized filtration, while measurable levels suggest that the C-Series Microplastics Filter could be an effective treatment choice.

Where this information comes from

Source: EPA SDWIS public water system record. Sampled 2023-12-31. These figures describe the public water system's record, not the plumbing inside any individual building.

On record: EPA SDWIS record for OLATHE, CITY OF (KS2009115), surface water supply, serving 143014 people: 0 health-based violations of 7 total; lead 90th percentile 0.011 mg/L