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Targeted Solutions for Demanding Water and Wastewater Challenges

PMnB applies nano bubble technology in environments where water quality, energy use, and operational reliability are critical.

Each solution is designed to address real treatment limitations and improve process performance while reducing operational burden.

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One technology. Multiple applications.

PMnB systems are deployed across municipal, industrial, agricultural, and environmental water systems worldwide.

Municipal wastewater treatment

Reliable performance for energy-intensive treatment systems

Municipal wastewater plants face rising energy costs, tighter discharge limits, and aging infrastructure. PMnB improves oxygen transfer and oxidation across biological treatment, tertiary processes, and sludge handling, helping plants maintain performance with lower energy demand.
Improved BOD, COD, and suspended solids removal
Lower aeration energy demand in biological treatment
Enhanced sludge digestion and odor control
Support for tertiary disinfection and nutrient removal

Used in:

  • Aerobic basins
  • Tertiary treatment
  • Sludge processing

Industrial wastewater treatment

Lower treatment costs without added chemical complexity

Industrial facilities often operate under high organic loads, odor challenges, and strict discharge requirements. PMnB improves oxidation efficiency in aeration-intensive processes, reducing energy use while supporting sulfide control and stable biological treatment.
Up to 80% reduction in aeration energy
Improved COD, BOD, and TOC removal
Effective sulfide and odor control
More stable downstream sludge handling

Used in:

  • Food processing
  • Dairy
  • Slaughterhouses
  • Manufacturing

Potable water treatment

Advanced oxidation for drinking water treatment with fewer chemicals

Improve aerobic, tertiary, and sludge treatment performance by increasing dissolved oxygen and oxidation efficiency, while reducing energy use and sludge handling costs.
Reduced chlorine usage
Improved control of iron, manganese, and sulfides
Enhanced pathogen reduction
Scalable performance from wells to large utilities

Used in:

  • Well water
  • Surface water
  • Municipal treatment plants

Lagoons & reservoirs

Improve water quality at the source, without environmental risk

Stagnant or eutrophic water bodies are prone to algae growth, odors, and low dissolved oxygen. PMnB delivers oxidation and oxygenation directly within reservoirs and lagoons, restoring aerobic conditions and improving water quality upstream.
Suppressed algae and biofilm growth
Reduced sulfide-related odors
Improved water quality before reuse or treatment
No chemical residues or ecosystem harm

Used in:

  • Effluent reservoirs
  • Public lakes
  • Lagoons

Well water treatment

Reliable groundwater quality improvement without chemicals

Groundwater wells often face challenges such as dissolved sulfides, iron, manganese, and odor issues that impact water quality and usability. PMnB improves oxidation efficiency in well water systems by delivering ozone, oxygen, air or other dissolved gases using nano bubble technology, without chemical dosing or complex treatment infrastructure.
Improved sulfide oxidation and odor control
Enhanced removal of iron and manganese
Low-turbidity treatment supporting downstream processes
Retrofit-ready systems for existing wells

Used in:

  • Municipal drinking water wells
  • Agricultural supply wells
  • Industrial groundwater abstraction

Agriculture & irrigation

Cleaner irrigation water, healthier crops

Poor irrigation water quality leads to clogged systems, increased maintenance, and reduced yields. PMnB improves irrigation water quality by controlling algae and biofilm and increasing oxygen availability in reservoirs and root zones.
Reduced algae and biofilm in reservoirs and lines
Improved root-zone oxygenation
Documented 10–15% yield improvement
Lower maintenance and chemical costs

Used in:

  • Irrigation reservoirs
  • Drip systems
  • Greenhouses

Aquaculture and RAS

Stable oxygenation for healthier stock and lower energy use

Aquaculture systems require consistent dissolved oxygen and clean water. PMnB maintains stable oxygen levels with efficient gas transfer, supporting healthier stock while reducing the energy footprint of aeration and ozone systems.
More efficient oxygen transfer
Reduced pathogen load
Support for higher stocking density
Lower energy and operational costs

Used in:

  • Fish farms
  • Shrimp farms
  • Hatcheries
  • RAS

Landfill leachate

Oxidation support for high-strength leachate streams

Landfill leachate presents extreme organic loads and odor challenges. PMnB enhances aerobic treatment and oxidation efficiency in leachate systems, improving stability while reducing energy demand.
Improved aerobic treatment performance
Sulfide reduction and odor control
More stable downstream biological processes
Reduced aeration energy requirements

Used in:

  • Leachate ponds
  • Biological treatment systems

Why PMnB across industries

Chemical-free operation

Up to 80% lower energy consumption

Proven worldwide under real operating conditions

Retrofit-ready systems

Backed by 50 years of Palgey Maim engineering

Ready to improve your water quality?

Smarter treatment for complex water systems

Bring your treatment target, system layout, and current challenge. We’ll help you evaluate fit, integration requirements, and the role PMnB can play in your process.

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Partner with PMnB

A proven solution in a fast-growing market

Expand your portfolio with chemical-free water and wastewater treatment technology backed by engineering expertise, global validation, and partner support.

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Frequently Asked Questions

Still have questions?

For assistance, please visit our Contact Us page. Our dedicated team is ready to help you on your nanobubble journey.

What types of water and wastewater systems is PMnB designed for?

PMnB is designed for use across municipal and industrial wastewater treatment, potable water systems, lagoons and reservoirs, groundwater wells, agriculture and irrigation, aquaculture, and landfill leachate applications where oxygen transfer, oxidation efficiency, and operational reliability are critical.

By improving in-water oxidation and oxygen availability, PMnB strengthens biological and tertiary treatment processes, helping improve removal of BOD, COD, suspended solids, sulfides, and nutrients while supporting stable compliance with discharge requirements.

Yes. PMnB systems are retrofit-ready and integrate into existing basins, reservoirs, wells, lagoons, and process loops with minimal disruption, allowing facilities to improve performance without major civil works or process redesign.

PMnB maintains aerobic conditions and enhances oxidation in areas prone to sulfide formation, helping reduce odor issues in wastewater treatment plants, lagoons, landfill leachate systems, and groundwater applications.

Facilities typically see reduced aeration energy demand, improved process stability, lower chemical usage, more effective odor control, and simplified day-to-day operation across water and wastewater systems.

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