Membrane Bioreactor Wastewater Treatment Solutions:
Understanding Wastewater Treatment
Biological Process
The reUse Biological Process
Biological Nutrient Removal (BNR)
The BNR treatment process uses both anoxic and aerobic processes to break down organic matter from wastewater.
Water-Solids Separation
The reUse Water-Solids Separation
Max-Flow Membrane
Our patented membrane acts as an impenetrable barrier, effectively removing all solids, bactera, and viruses from the effluent.
Our MBR
By integrating the BNR process with our Max-Flow Membrane, reUse delivers a robust and unique wastewater treatment solution that sets the standard for performance, sustainability, and superior effluent quality.
Our Membrane
The Patented Max-Flow Membrane features a polymeric flat-sheet ultrafiltration membrane with an absolute pore size of 0.038 microns. This advanced technology effectively retains contaminants, particles, and harmful pathogens within the basin while allowing water to pass through freely.

Human Hair
50-180 µm

Fine Beach Sand
90 µm

Grain of Salt
60 µm

White Blood Cell
25 µm

Grain of Pollen
15 µm

Bacterium
1.3 µm

Coronavirus
0.1-0.5 µm

T4 Bacteriophage
0.225 µm

Membrane Pore
0.038 µm
Conventional Plants vs. MBR Technology
Conventional Plant vs Our MBR


Advantages of our MBR System
Superior, Consistent Effluent Quality

Our advanced MBR technology treats wastewater to meet or exceed drinking water standards, producing Type I Reclaimed Water. This superior effluent quality is ideal for a wide range of reuse applications, including irrigation, industrial processes, and more.
Parameters Achieved:
- TSS: < 2 mg/L
- BOD: < 2 mg/L
- Total Nitrogen (TN): < 5 mg/L
- Phosphorus (P): < 1 mg/L
- Ammonia (NH₄): < 0 mg/L
Compact Footprint

As land values rise, optimizing space is more critical than ever. At reUse, our systems are engineered to maximize land efficiency while significantly reducing costs.
Our cutting-edge technology allows our plants to occupy a fraction of the space required by traditional wastewater treatment systems, delivering substantial savings:
- Lower land acquisition costs
- Reduced expenses for grading and excavation
- Decreased spending on concrete, tankage, and infrastructure
- Smaller blowers, pumps, and backup generators
- Minimized construction and labor costs
Efficient Operations

Our MBR plants are engineered for maximum operational efficiency, leading to reduced costs and a higher return on investment. Benefits include:
- Lower energy consumption
- Minimal maintenance requirements
- Reduced labor costs
- Significantly lower sludge generation
- Ammonia (NH₄): < 0 mg/L
By optimizing space and resources, our systems provide a cost-effective solution for modern wastewater treatment challenges.
Purpose-Driven Design

The MaxFlow membranes are purposely built and engineered to handle high-strength wastewater, offering:
- Robust construction for exceptional durability
- Efficient air-scouring
- Large hydraulic capacity for high-strength wastewater
- Fully automated clean-in-place process
Scalable and Abundant Design Options

- Tailored solutions for diverse environments and capacity requirements
- Scalable configurations to support future growth
- Cost-effective phased implementation to reduce initial expenses
Sustainable Disposal Options

Our advanced wastewater treatment system produces exceptionally clean effluent, allowing for a variety of disposal options to suit your specific needs.
- Irrigation
- Recreational Purposes
- Fire Suppression
- Industrial Uses
- Construction Activities
- Direct Potable Reuse