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Flexible barrier systems that isolate pressure sensors from corrosive or fouling process media.

Monitors mechanical loads on pumps, mixers, and actuators to prevent equipment failures in treatment plants.

Electronic transmitters that measure process pressure relative to atmosphere for SCADA monitoring and control systems.

Precision weight sensors that monitor chemical feed rates and tank levels through continuous force measurement.

Binary switches that trigger electrical contacts at preset temperatures for equipment protection in treatment plants.

Specialized sensors monitoring ultra-low temperatures in municipal cryogenic systems like liquid nitrogen odor control applications.

Measures pressure differences across process equipment to monitor flow, level, and filter performance.

Automated switches that monitor system pressures to control pumps and trigger alarms in treatment processes.

Smart transmitters measuring pressure and temperature simultaneously for accurate flow compensation in water treatment systems.

Protective metal sleeves housing temperature sensors for safe, accurate process monitoring in treatment systems.

Converts temperature measurements to electrical signals for process monitoring and SCADA integration.

Bottom-discharge valves that remove accumulated sludge and sediment from clarifiers and settling tanks.

Mechanical temperature switches using phase-change materials for reliable alarm indication in municipal treatment processes.

Mechanical temperature measurement devices using bimetallic coils for reliable process monitoring in treatment plants.

Measures rotational force on pumps, mixers, and rotating equipment to monitor performance and prevent failures.

Solid-state temperature sensors using diode voltage characteristics for precise municipal process monitoring.

Temperature sensors using dissimilar metals to measure process temperatures in municipal treatment systems.

Telescoping valves provide reliable flow control in deep tanks with variable water levels.

Temperature sensors using resistance changes to monitor process conditions in treatment systems.

Temperature measurement devices using thermal expansion of contained fluids for reliable process monitoring.

Non-contact temperature sensors using infrared radiation detection for high-temperature municipal treatment processes.

Automatically controls water tank filling based on level changes for reliable municipal water storage management.

Thermal barrier material that prevents heat loss/gain on water treatment plant piping systems.

Spring-loaded valves that automatically open to relieve dangerous pressure surges in wastewater pumping systems.

Electronic valves that prevent water hammer by anticipating pump shutdowns and pre-closing automatically.

Electromagnetic valves providing rapid on/off flow control for automated municipal treatment processes.

Advanced pressure relief valves using pilot control for precise surge protection in large municipal water systems.

Flexible elastomer check valve that opens/closes with flow direction changes, ideal for debris-laden applications.

Precision flow control valve using linear disc motion for accurate throttling and tight shutoff capabilities.

Electronic valves that close before pump shutdown to prevent destructive water hammer in wastewater force mains.

Temporary pipeline isolation devices that stop flow without system shutdown for maintenance and repairs.

Automated valve control devices using electric motors for precise positioning in treatment plant operations.

Pressure measurement devices using liquid columns to monitor differential pressures across municipal treatment processes.

Essential instrumentation measuring system pressures and pressure drops across filters, pumps, and process equipment.

Non-contact sensors using ultrasonic waves to measure liquid levels in municipal treatment tanks and basins.

Electrical heating systems that prevent freezing in treatment plant piping and maintain chemical feed temperatures.

Binary sensors that trigger pumps and alarms when water levels reach preset high/low points.

Binary sensing devices that detect flow presence/absence to trigger alarms and control equipment in treatment systems.

Automatically admits air and releases vacuum in water pipelines to prevent damage and ensure safe operation.

Spring-loaded atmospheric device preventing backflow contamination through hose connections at water treatment facilities.

Pre-engineered automation systems combining PLCs, HMIs, and instrumentation for turnkey municipal treatment plant control.

Automatic valves that release trapped air from water pipelines to maintain hydraulic efficiency.

Continuous level measurement system using magnetostrictive technology for precise liquid level monitoring in tanks and basins.

Non-invasive ultrasonic meters measuring flow velocity using frequency shifts from suspended particles in municipal pipelines.

Pneumatic level measurement system using compressed air flow through submerged tubes for accurate liquid depth monitoring.

Visual liquid level monitoring device using transparent chambers for direct tank level observation.

Electrochemical corrosion prevention system using controlled current to protect buried pipes and tanks from deterioration.

Measures flow using pressure drop across restriction; reliable for steady municipal flows.

Radiation-based level measurement system using gamma sources for accurate tank monitoring in challenging conditions.

Robust flow meters using drag force on suspended targets for accurate measurement in challenging municipal water applications.

Vertical tube flow meters using float position to indicate flow rates in municipal water treatment processes.

Measures pressure relative to perfect vacuum for accurate process monitoring in pumping and treatment systems.

Thermal flow meters measure gas flow using temperature differential sensors for biogas monitoring applications.

Precision flow measurement device using rotating turbine technology for clean water applications.

Electromagnetic flow meters measure conductive fluid flow using magnetic fields with no moving parts.

Precision mass flow meters using oscillating tubes for accurate chemical feed and custody transfer applications.

Dual-function valves that release air during filling and admit air during draining in water pipelines.

Volumetric flow meters using vortex frequency detection for accurate municipal water measurement.

Protective barriers preventing corrosion on buried pipes, tanks, and structures in municipal treatment facilities.

Engineered overflow structures that measure flow rates through controlled hydraulic head-discharge relationships.

Advanced monitoring systems that detect and locate water leaks in municipal distribution networks and treatment facilities.

RF admittance sensors measure liquid levels using radio frequency signals for reliable municipal treatment applications.

Interactive touchscreen control system providing real-time plant monitoring and equipment control for water treatment operators.

Non-contact laser sensors measure liquid levels with millimeter precision in challenging municipal treatment applications.

Hydrostatic pressure-based level measurement systems for accurate liquid level monitoring in municipal treatment tanks and basins.

Mechanical level measurement using buoyant force on submerged displacer for accurate tank monitoring.

Non-contact flow measurement system for open channels using level sensors and hydraulic calculations.

Centralized monitoring and control system providing real-time oversight of treatment plant operations and processes.

Mechanical flow meters that capture and count discrete fluid volumes for highly accurate measurement.

Mechanical flow meters using rotating propellers to measure water flow rates in municipal pipelines.

Non-contact level sensors using capacitive coupling to provide continuous measurement or point detection in municipal tanks.

Non-invasive ultrasonic meters measuring flow by timing sound waves between pipe-mounted transducers.

Spring-loaded backflow preventer that protects water supplies from contamination through atmospheric venting during pressure loss events.

Spring-loaded valves that automatically open to relieve dangerous pressure surges in municipal water systems.

Spring-loaded safety valves that automatically open to prevent dangerous overpressure conditions in water systems.

Automatically opens to discharge water and protect pipelines from dangerous pressure surges in municipal systems.

Simple backflow preventer that breaks vacuum conditions to protect water supply from contamination through backsiphonage.

Automatically maintains constant downstream pressure in water systems through spring-loaded flow modulation.

Spring-loaded dual check valve system preventing contaminated water backflow in municipal distribution networks.

Pressure-relief valves that automatically regulate vacuum levels in municipal sewer collection systems.

Gravity-operated hinged gates that automatically prevent backflow in municipal water and wastewater systems.

Pneumatic valves that pinch flexible sleeves shut for reliable shutoff in abrasive slurry applications.

Automatically controls downstream water pressure in distribution systems regardless of flow variations.

Specialized control valves that prevent destructive cavitation through multi-stage pressure reduction in high-pressure water applications.

Non-contact radar technology for precise liquid level measurement in municipal treatment tanks and basins.

Hot-tap connections for live water/wastewater mains without service interruption or pressure loss.

Mechanical valves that automatically control tank water levels using buoyant floats for reliable, power-free operation.

Flexible diaphragm valve providing tight shutoff and corrosion resistance for municipal water treatment applications.

Automated cloth media filters for tertiary wastewater treatment achieving low effluent suspended solids.

Regenerative blowers deliver high-volume, low-pressure air for aeration and pneumatic conveying in treatment plants.

Helical flight conveyors that transport sludge, screenings, and grit in municipal treatment facilities.

Enclosed chain-driven conveyors that transport screenings, grit, and biosolids in municipal treatment plants.

Advanced membrane filtration removing bacteria, pathogens, and particles for high-quality potable water production.

Vertical mechanical conveyors using buckets on chains/belts to lift dewatered solids and screenings.

Automated bulk material transport system using pressurized air for chemical feed applications.

Mechanical systems that compress ambient air for aeration, membrane cleaning, and pneumatic operations in treatment plants.

Continuous belt systems that transport dewatered sludge, screenings, and solids within municipal treatment facilities.

Field-assembled steel storage tanks using bolted panels for rapid municipal water and wastewater applications.

Aluminum pressure vessels that maintain system pressure and provide surge protection in municipal water systems.

Chemical-resistant PVC tanks for safe storage of corrosive treatment chemicals in municipal facilities.