WASTEWATER TREATMENT RESOURCES
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High-frequency radar provides reliable wastewater level measurement that strengthens digital twins, predictive analytics, and automated collection systems while reducing sensor maintenance.
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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.
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Boulder Canyon Group Home overcame challenging terrain, limited access, and right-of-way restrictions with an innovative wastewater system designed for reliable, efficient treatment.
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Kingston, MA, expanded wastewater capacity with a 700,000 GPD subsurface recharge system designed to reduce nitrogen impacts while supporting future growth and preserving open space.
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See how a 30,000 GPD ENVIRO-AIRE™ wastewater treatment plant helped a Texas campground expand operations with reliable, efficient, low-maintenance treatment.
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Infiltration and inflow create severe financial burdens for collection systems. Deploying high-density radar level sensors isolates specific point-source defects across sub-basins, streamlining downstream inspections and maximizing the impact of capital repair budgets.