Distinguishing Microplastics from Other Water Contaminants
Microplastics differ fundamentally from common water issues such as sediment or chemical contaminants. Unlike well-studied substances, federal data does not track microplastics in the Hammond Water Works Department's supply. While sediment can be physically seen and chemical contaminants measured precisely, microplastics are microscopic particles typically originating from breakdown of plastics in surface water sources like lakes and rivers. This makes microplastics a modern concern tied closely to the source water type rather than a traditional contaminant routinely monitored by the EPA.
Evaluating Filtration Suitability for Household Water Use
Assessing if a filtration system can meet a household’s daily water needs requires considering flow rate and treatment capacity. Since households in Hammond use surface water treated by multiple processes, a filter designed for microplastics must handle typical residential water usage, including peak flow times for showers, cooking, and laundry. The C-Series Microplastics Filter is engineered to manage these volumes while specifically targeting microplastic particles, ensuring treatment aligns with household demand without disrupting daily routines.
Variations in Water Quality Over Time in Hammond
The Hammond system’s water quality record includes some variation with one health-based EPA violation noted among nine evaluated parameters, demonstrating ongoing monitoring and adjustments. Sampling dates extend to the end of 2025, reflecting recent data. Because microplastics are not included in these measurements, seasonal or multi-year fluctuations documented for other contaminants do not clarify microplastic presence or levels. Understanding this distinction highlights the importance of specific testing when evaluating microplastic issues.
Interpreting Hammond’s Measured Water Quality Against Federal Standards
Measured substances in Hammond’s water, such as lead at the 90th percentile of 0.003 mg/L, remain within EPA standards based on the latest sampling. However, the absence of federal microplastics monitoring means no comparable compliance benchmark exists. This means the water system’s safe operation record does not address microplastics directly, and their presence or absence must be confirmed through specialized private testing rather than inferred from existing data.
Unique Considerations for Commercial Versus Household Water Users
Commercial and industrial operators may require broader contaminant profiles and higher treatment capacities due to larger water volumes and regulatory standards. They often need detailed engineering assessments and continuous monitoring. Households, in contrast, focus on reliable treatment for everyday use, balancing ease of use with effective filtration of emerging concerns such as microplastics. Recognizing these differing scales and priorities helps select appropriate treatment approaches for residential water quality needs.
How the C-Series Microplastics Filter Addresses Particle Removal
The C-Series Microplastics Filter is designed specifically to reduce microplastic particles from residential water supplies sourced from surface water like Hammond’s. It uses fine filtration media capable of capturing microscopic plastic debris that conventional treatment may not remove. This filtration complements municipal processes by targeting a constituent not included in routine monitoring, offering homeowners a proactive means to address microplastics at the point of use. The system ships ready to configure for household plumbing connections, providing straightforward integration without specialized services.
This summary reflects the scope of the Hammond Water Works Department’s public water system record as maintained by the EPA, serving over 78,000 people in Hammond, Lake County, Indiana. The official EPA data source is available online for detailed reference.
Where this information comes from
Source: EPA SDWIS public water system record. Sampled 2025-12-31. These figures describe the public water system's record, not the plumbing inside any individual building.
On record: EPA SDWIS record for HAMMOND WATER WORKS DEPARTMENT (IN5245020), surface water supply, serving 78384 people: 1 health-based violations of 9 total; lead 90th percentile 0.003 mg/L