PMnB delivers advanced municipal wastewater treatment solutions designed to improve water quality, reduce energy consumption, and support regulatory compliance across wastewater treatment plants. Using chemical-free nano bubble technology, PMnB enhances oxidation and oxygen transfer in aerobic treatment, sludge treatment, and tertiary disinfection treatment processes.
Municipal wastewater treatment plants must reliably treat wastewater streams while managing rising energy costs, aging infrastructure, and tightening discharge standards.
PMnB uses stable nano bubbles to improve gas dissolution and oxidation in municipal wastewater treatment. Because nano bubbles remain suspended longer than conventional bubbles, PMnB increases oxygen availability and oxidation efficiency across aerobic treatment, tertiary disinfection treatment, and sludge treatment, without chlorine, algicides, or re-dosing.
PMnB improves oxygen transfer efficiency in aerobic treatment units, reducing the energy required to maintain dissolved oxygen levels while supporting stable biological treatment.
PMnB supports tertiary disinfection treatment by improving oxidation prior to filtration or UV disinfection. This enhances overall disinfection process efficiency and helps treatment plants meet reuse or discharge standards.
PMnB enhances sludge treatment processes by improving aerobic digestion, reducing sulfide formation, and supporting thickening and dewatering operations.
A wastewater treatment upgrade reduced effluent quality in a 390,000 m³ reservoir. PMnB restored treatment performance using floating ozone nano bubble systems.
A municipal facility required a chemical-free alternative for tertiary disinfection. PMnB implemented ozone nano bubble disinfection using floating units.
A 300,000 m³ reservoir receiving secondary-treated municipal effluent did not meet Ministry of Health quality requirements for irrigation reuse. PMnB was deployed using floating ozone nano bubble systems to improve oxidation and stabilize effluent quality without chemical dosing.
A large municipal wastewater reservoir system (500,000 m³ total volume, 2,500 m³/day flow) required advanced oxidation to meet Ministry of Health quality requirements for irrigation reuse. PMnB implemented floating ozone nano bubble systems to enhance oxidation efficiency and improve effluent quality.
PMnB municipal wastewater treatment systems are designed for seamless integration:
Retrofit into existing aerobic treatment basins and reservoirs
Compatible with current tertiary treatment and UV disinfection systems
No chemical storage or handling required
Minimal disruption to ongoing treatment operations
Scalable across small and large wastewater treatment plants
Speak with a PMnB engineer to evaluate your treatment plant and identify opportunities to reduce energy use, improve water quality, and strengthen disinfection performance.
Expand your portfolio with chemical-free water and wastewater treatment technology backed by real engineering, global validation, and partner support.
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Our dedicated team is ready to help you on your nanobubble journey.
PMnB can be applied across aerobic biological treatment, tertiary disinfection and polishing processes, sludge treatment, and effluent reservoirs. It is used where oxygen transfer, oxidation efficiency, and treatment stability limit performance in municipal wastewater treatment plants.
PMnB improves oxygen transfer efficiency in aeration-intensive processes, allowing plants to maintain required dissolved oxygen levels with significantly lower blower or aerator runtime. This results in substantial energy savings while maintaining stable biological treatment performance.
Yes. PMnB helps maintain aerobic conditions and enhances oxidation in sludge treatment systems, reservoirs, and lagoons where sulfide formation typically occurs. This reduces odors, improves sludge stabilization, and supports more reliable downstream sludge handling.
PMnB improves oxidation prior to filtration or UV disinfection, resulting in more consistent effluent quality entering tertiary treatment systems. This enhances disinfection efficiency, supports pathogen reduction, and helps plants meet reuse or discharge standards without chemical dosing.
PMnB systems are designed for retrofit into existing basins, reservoirs, and tertiary treatment processes. Integration requires minimal disruption, does not involve chemical storage or handling, and is scalable for both small facilities and large municipal wastewater treatment plants.
