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High-temperature thermal treatment system that reduces biosolids volume by 90% while recovering energy.
Chemical disinfection systems that inject chlorine compounds to eliminate pathogens in municipal water supplies.
Mechanical sludge thickening equipment using rotating perforated drums to concentrate biosolids through gravity drainage.
Heat recovery systems that capture waste heat from engines and incinerators to generate steam for plant operations.
Thermal desalination technology producing pure water through multi-stage flash evaporation of seawater.
High-efficiency thermal treatment system that destroys odorous compounds and VOCs from wastewater facilities.
Continuous mechanical dewatering system using dual filter belts to squeeze water from conditioned sludge.
Rotating disc system that thickens municipal sludge by gravity settling and mechanical dewatering action.
Passive dewatering system using sand beds to naturally drain and dry biosolids through evaporation.
Mechanical dewatering system using rotating screw to compress and transport sludge upward for biosolids processing.
Ion-selective membrane technology that removes dissolved salts using electrical current for municipal water desalination applications.
High-temperature thermal treatment system that incinerates biosolids in fluidized sand beds for volume reduction.
Liquid bleach injection systems providing reliable disinfection and oxidation for municipal treatment plants.
Mechanical thickening system using porous belts to concentrate municipal sludge through gravity drainage and compression.
Continuous mechanical dewatering system using screw compression to remove water from municipal biosolids and sludges.
Heat exchangers that capture waste thermal energy from treatment processes to reduce facility heating costs.
Thermal desalination system using multiple evaporation stages to produce ultra-pure distilled water efficiently.
Upflow crystallization reactors that precipitate hardness onto sand particles for municipal water softening.
Hydraulic dewatering system that mechanically separates water from municipal sludge using pressurized filtration chambers.
Mechanical dewatering equipment that thickens biosolids using screw conveyor pressure through perforated screens.
High-speed rotating equipment that separates water from municipal sludge using centrifugal force.
Energy-intensive distillation technology that recovers ultra-pure water from high-salinity concentrate streams in municipal plants.
Gravity-fed clarifier that concentrates municipal sludge through settling and mechanical raking for downstream processing.
Vacuum-assisted filtration system that removes suspended solids from municipal water and wastewater streams.
Advanced oxidation system using ozone gas to disinfect water through powerful pathogen-destroying chemical reactions.
Thermal systems that evaporate water from dewatered sludge, producing dry biosolids for beneficial reuse.
Mechanically dewaters municipal biosolids using screw conveyor and progressive pressure filtration technology.
UV light systems that destroy pathogens without chemicals for municipal water disinfection.
Uses pressurized air bubbles to float and concentrate waste activated sludge for volume reduction.
Continuous rotary drum dewatering system for municipal biosolids achieving 18-25% cake solids.
High-pressure membrane technology that removes dissolved salts and contaminants for municipal potable water production.
Selective membrane filtration removing hardness, organics, and color while allowing beneficial minerals to pass through.
Specialized resin beads that selectively remove dissolved ions from water through chemical exchange processes.
Pressure vessels containing ion-exchange resins that selectively remove dissolved contaminants from municipal water supplies.
Pressure-rated steel conveyance pipe for municipal water transmission and distribution systems.
Isolation valves providing full-bore flow with minimal pressure loss for infrequent on/off municipal applications.
Bronze pipes are essential for corrosion-resistant plumbing in municipal water systems, ensuring long-lasting and reliable fluid transport. They are particularly useful in environments with harsh chemical exposure.
Aluminum pipes offer corrosion resistance and ease of installation, making them ideal for efficient fluid and gas transport in water and wastewater systems.
Clog-resistant centrifugal pump with recessed impeller for handling raw sewage and solids-laden municipal wastewater streams.
Brass pipes provide durable and corrosion-resistant pathways for water distribution in municipal systems, ensuring reliable and safe conveyance of potable water.