A Guide to Direct Wastewater Reuse
A guide to direct wastewater reuse, sustainable economic and social development depends on reliable access to clean water. As climate change increases water shortages and strains public health systems, innovative water management strategies are more critical than ever.
Wastewater reuse, governed by strict regulations from the World Health Organization (WHO), the European Union, and national bodies, is a key part of the solution.
Understanding Potable Water Reuse
There are two primary models for turning wastewater into safe drinking water:
- Indirect Potable Reuse: This method uses an environmental buffer-like a lake, river, or groundwater aquifer-to store treated wastewater before it undergoes final purification at a drinking water treatment plant.
- Direct Potable Reuse: This advanced process involves treating wastewater and distributing it directly as drinking water, without an environmental buffer.
Our Advanced Water Treatment Solutions
We offer two state-of-the-art, plug-and-play solutions for municipal and industrial water treatment.
Membrane Aerated Biofilm Reactors (MABR)
Our MABR system is a highly efficient aerobic biological treatment process, distinct from traditional membrane bioreactors (MBRs). Available in various configurations, the MABR product family offers a complete solution for small- to medium-sized projects, whether new or retrofit.
Key Benefits:
- Cuts aeration energy use by up to 90%
- Superior aerobic biological treatment
- Enhanced nitrogen and biological phosphorus removal
- Effective nitrification-denitrification
- Significant savings on sludge treatment and transport
NIROBOX™ Reverse Osmosis
The NIROBOX™ is a modular, self-contained reverse osmosis system designed to treat water from saline sources. This compact, plug-and-play unit provides an affordable desalination solution that can be commissioned and begin producing high-quality potable water within months.
Key Benefits:
- Produces high-quality potable water
- Removes contaminants with high efficiency
- Includes disinfection and remineralization stages
- Most energy-efficient in its class
- Requires a small operational footprint
Applications for Water Reuse
Recycled water effectively addresses numerous challenges, from ensuring water supply resiliency and managing costs to supporting population growth and enhancing local environments.
Key areas for water reclamation include:
- Agricultural irrigation
- Industrial processes
- Environmental restoration
- Decentralized non-potable systems for buildings and communities
- Potable (drinking water) reuse
- Stormwater capture and reuse
Partner with Us for a Sustainable Water Future
Our MABR and NIROBOX™ systems represent the forefront of innovative and cost-effective water technology. We have successfully implemented these solutions for municipal and industrial clients worldwide, covering every stage of the project lifecycle.
Ready to secure your water supply? Contact our expert team today to discuss how our solutions can work for you.
