WASTEWATER REGULATIONS AND LEGISLATION RESOURCES
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Discover how high-capacity polymer adsorbent media achieves non-detect contaminant levels in industrial wastewater streams, delivering a seventeen-fold capacity advantage that dramatically reduces media volume requirements and operational change-out frequency.
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Discover how a dual-vessel lead-lag system treated over 300,000 gallons of industrial wastewater, maintaining stable hydraulic performance and reducing target contaminants to single-digit levels to meet strict municipal sewer discharge standards.
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Discover how a dual-vessel packed-bed adsorbent system achieved over 97% reduction of target industrial contaminants, enabling continuous sewer discharge compliance across 650 days of operational performance without media replacement.
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Whether an area is urban or rural, large or small, its water and wastewater treatment utilities face pressures ranging from supply scarcity and increasing operational costs to more stringent regulatory guidelines. These pressures have combined in recent years to shift the conversation around potable water reuse from a potential option to an increasingly important water management strategy.
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When water rights are fixed, capturing underground leakage is critical. Continuous acoustic monitoring identifies developing pipeline vulnerabilities early, reducing leak runtimes from months to days, cutting non-revenue water waste, and saving thousands in emergency repair costs.
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Discover how the City of Richmond used real-time data, hydraulic modeling, and decision intelligence to better understand and optimize its combined sewer system.
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Pelican Park replaced its aging 3,000 GPD wastewater system with a new ENVIRO-AIRE plant, providing reliable treatment for more than one million annual visitors.
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Lauloa Maalaea Resort needed upgraded wastewater treatment within an existing footprint. A new 21,000 GPD ENVIRO-AIRE system met stricter effluent requirements with minimal visual impact.
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Sana Lake Recovery Center replaced an undersized, unpermitted lagoon with a 20,000 GPD ECOPOD system designed to meet Missouri wastewater requirements and support expansion.
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A Joshua Tree glamping facility needed minimal-impact wastewater treatment. A 5,500 GPD ECOPOD system provides robust treatment while meeting stringent nitrogen requirements.