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Transforming Decentralized Water Management at Munson Point Subdivision with QUA's Advanced EnviQ® MBR Technology

Denison, Texas, USA
Challenge: The development sought a decentralized, modular solution to quickly meet specific water quality requirements and ensure sustainable water management of their treatment system, which treats 10,000 GPD (38 m3/d).
Solution: QUA's EnviQ® submerged membrane bioreactor technology, transformed water management by providing efficient, scalable, and sustainable wastewater treatment with high-quality ultrafiltration and significant bacterial reduction.
Result: Since installation, the system has exceeded expectations, meeting water requirements and enabling safe discharge to Lake Texoma.
This project examines how having a decentralized wastewater treatment strategy, prioritizing affordability, availability, and sustainability transformed water management for a Texas housing developer.
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QUA's EnviQ® submerged membrane bioreactor MBR technology was seamlessly integrated into the EveraSkid (EVS) decentralized system.

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QUA's EnviQ® submerged membrane bioreactor MBR technology was seamlessly integrated into the EveraSkid (EVS) decentralized system.

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QUA's EnviQ® submerged membrane bioreactor MBR technology was seamlessly integrated into the EveraSkid (EVS) decentralized system.

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QUA's EnviQ® submerged membrane bioreactor MBR technology was seamlessly integrated into the EveraSkid (EVS) decentralized system.

Challenge

Munson Point, a Texas housing development, faced challenges with its existing onsite wastewater treatment system, including:  

  • Meeting specific water quality requirements for Munson Point, a new subdivision. 

  • Replacing existing on-site treatment with a more efficient decentralized solution.  

  • Ensuring high performance and sustainability for Munson Point’s water management practices. 

The subdivision opted for a decentralized, modular solution that would enable them to install and operate the system swiftly at their site, while helping to achieve compliance. 

Solution

QUA’s EnviQ® submerged membrane bioreactor MBR technology was seamlessly integrated into the EveraSkid (EVS) decentralized system. This integration has allowed the decentralized water system to achieve exceptional performance and sustainability standards, revolutionizing water management practices in the Munson Point Subdivision. 

QUA’s EnviQ submerged membranes are engineered to enhance the operational efficiency and maintenance of MBR facilities. They ensure reliable and consistent production of ultrafiltration quality effluent with <1 NTU turbidity and ~5-6 log reduction of bacteria. EnviQ’s cutting-edge design incorporates a robust PVDF flat sheet membrane and a proprietary diffuser system, guaranteeing exceptional durability and performance. 

Decentralized wastewater treatment applications overcome many of the challenges large central utilities face. These systems provide flexible, efficient, and scalable solutions, ensuring that even smaller communities like Munson Point Subdivision can achieve high-quality water treatment standards without relying on extensive central infrastructure. 

Process Flow Diagram
Process Flow Diagram
Influent Water Concentrations & Produced Water Performance
Influent Water Concentrations & Produced Water Performance 

Result

Since its installation, the system has exceeded expectations, meeting Munson Point Subdivision's produced water requirements and allowing for safe discharge directly to Lake Texoma. This decentralized water system has set new standards for performance and sustainability, revolutionizing water management practices by utilizing QUA’s cutting-edge EnviQ® membrane bioreactor technology. 

Get in touch with us today to discover how Aquatech can assist you with your water and wastewater treatment requirements.

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