EveraTREAT™ systems are in-ground installations and combine structurally reinforced thermoplastics (SRTP), modular design, and Integrated Film Activated Sludge (IFAS) technology to deliver scalable, corrosion-resistant wastewater treatment solutions from 2,500 GPD to 250,000+ GPD.
EveraSKID™ systems are above-ground, factory-assembled installations that combine modular design, corrosion-resistant materials, and Integrated Fixed-Film Activated Sludge (IFAS) technology to deliver rapid-deployment, scalable wastewater treatment solutions from 5,000 GPD to 25,000 GPD.
EveraTREAT™ and EveraSKID™ unite materials science, biological process engineering, and real-world operational insight to deliver systems built for decades of service.
Fusion-welded polypropylene and HDPE tanks eliminate corrosion, resist MIC, and deliver a 75–100+ year structural service life— far exceeding concrete and steel alternatives.
Integrated Film Activated Sludge increases nitrification capacity, improves process stability, and reduces tank volume compared to conventional activated sludge systems.
MINI, MEGA, and TITAN configurations support phased growth, redundancy, and future expansion without full system replacement.
Systems arrive fully integrated—reducing site labor, shortening installation timelines, and improving commissioning outcomes.
Modular treatment platforms are engineered to meet specific flow requirements, provide redundancy, and deliver long-term operational performance.
2,500 to 25,000 GPD
Resdidential & commercial applications. Above-Ground Plug & Play System.
2,500 to 25,000 GPD
Residential, commercial, and decentralized treatment applications.
25,000 to 100,000 GPD
Institutional facilities and mid-scale municipal systems.
60,000 to 250,000+ GPD
Municipal wastewater treatment plants requiring redundancy and scalability.
Every EveraTREAT™ system reflects years of R&D, field validation, and performance-driven engineering.
Primary Clarifier, Flow Equalization, IFAS media zones, Secondary Clarification, and Effluent Pump Station all integrated into a single corrosion-proof SRTP tank.
This is representative Flow Process Diagram for a typical EVT System treating to an EPA Secondary Level effluent. Learn more about the IFAS process Click Here.
EVT 28K IFAS MEGA System
EVT 20K IFAS MEGA
EVT 17.5K IFAS MEGA
Share your flow, effluent targets, and site constraints. Our engineering team will help define an EveraTREAT™ configuration that supports permitting, constructability, and long-term operations.
What is IFAS?
IFAS combines conventional Activated Sludge with Attached-Growth Media inside the same bioreactor. Free-floating or fixed carriers provide surface area for biofilm while the mixed liquor handles bulk carbon removal—creating a resilient community that supports aerobic, anoxic, and anaerobic activity in one stage.
Traditional Activated Sludge works—but it can be energy-intensive, footprint-heavy, operator-sensitive, and prone to upsets/odor without careful control. IFAS is designed to overcome those limitations.
How IFAS Works
Secondary Treatment
Designed for typical Domestic/Municipal Wastewater treatment applications, and is the most common form of treatment.
Typical EVT Process Configuration includes the following:
Advanced Secondary Treatment
Designed for Domestic/Municipal Wastewater treatment applications requiring enhanced BOD removal, Nitrification, and/or partial Denitrification.
Typical EVT Process Configuration includes the following:
Tertiary Treatment
Designed for Domestic/Municipal Wastewater treatment applications requiring robust BOD and TSS removal, complete Nitrification, and Enhanced Nutrient Removal (N & P).
Typical EVT Process Configuration includes the following:
*BOD, TSS, NH3, TN, P, and Coliform limits are site/permit specific. Our designs will meet or exceed regulatory limits.
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