NXT|MBR
Next-Level Wastewater Treatment
We provide scalable and modular process and wastewater systems, along with innovative lifecycle services at the lowest Total Cost of OwnershipThe Permanent Modular Advantage
NXT | MBR is a high-performance water reclamation system that delivers the rapid commissioning of a modular solution with the 50-plus-year design life of a site-built facility. By merging the elite structural engineering of Crom with IWS's wastewater science, we've created a "perfect fit" infrastructure asset that grows with your needs.
Process & Wastewater Treatment Solutions
MBR Solutions
Jet Aeration & Mixing Systems
Automation & Controls
Specialty Engineering
Emergency Wastewater
Design & Installation
Why Choose NXT|MBR
Superior Effluent Quality
Advanced MBR technology delivers ultra-clean water in a fraction of the footprint of traditional plants.
Waste-to-Revenue Asset
Transforms wastewater into high-value reclaimed water, creating a "purple-pipe" revenue stream for irrigation or industrial use.
Operational Offset
Move beyond simple disposal by converting costly effluent into a refined, reusable supply that powers your circular economy.
Industrial-Grade Permanency
ACI-350 compliant shotcrete structures built for extreme durability and long-term corrosion resistance.
Turnkey Integration
A fully pre-engineered, vertically integrated system that eliminates the complexity of multi-party site builds.
Scalable Modular Growth
Seamlessly expand capacity in 250K GPD increments to match project growth and manage capital deployment.
Read our case study
McKinney Roughs Nature Park
Environmentally Responsible Water Reuse
The McKinney Roughs Nature Park, situated in a rapidly developing region just outside Austin, Texas, faced a critical challenge; its existing 0.25 MGD wastewater treatment plant (WWTP) was insufficient to meet the demands of planned residential growth and a new school. Corix Utilities (Nexus Water), the plant’s owner and operator, needed to significantly expand capacity to 0.75 MGD while adhering to stringent effluent limits due to direct discharge into the Lower Colorado River, a vital source of drinking water and aquifer replenishment.
