WASTEWATER REGULATIONS AND LEGISLATION RESOURCES
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The NXT|MBR pairs membrane treatment with durable shotcrete construction to reduce capital costs, streamline operations, and strengthen wastewater treatment resilience.
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Proactive contingency planning helps wastewater plants secure properly sized emergency blowers, avoid costly equipment mismatches, and restore aeration with less downtime.
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An integrated approach to aeration can reduce energy and capital costs by matching blower output, diffuser design, and automated controls to wastewater treatment demands.
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Granule size separates densified sludge from granular sludge, influencing settling, retrofit requirements, and more. Understanding the difference helps utilities set realistic expectations.
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What running larger belt presses slowly for dryness reveals about capacity, cake solids, and polymer cost, and why a rethink of press design is arriving now.
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Rising costs and tighter limits push wastewater plants toward intensification over expansion. Selective wasting and alternative nitrogen removal pathways can add capacity and cut operating costs.
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Ultrasonic biogas measurement has long struggled with CO2 and its resistance to sound. See how a lower frequency and stronger transducers extend the pipe sizes, moisture levels, and CO2 levels.
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The rising cost of not treating is reshaping industrial water reuse, pushing facilities toward lower-cost treatment, real-time monitoring, and recovery of valuable materials from waste streams.
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Gain insight into single-source lift station supply, from pumps and enclosures to valves and in-house controls, paired with a fast-ship program and domestic casting.
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A compact hybrid dewatering design swaps the gravity belt for a drum, cutting footprint and eliminating continuous wash water while targeting up to 20% better dewatering performance.