Baffle Curtains

Optimizing Water & Wastewater Treatment Efficiency

Baffle Curtains provide an effective hydraulic obstacle to improve water flow and treatment efficiency in basins, ponds, reservoirs, tanks, and industrial

 facilities. By directing water or wastewater through a controlled path, these vertical curtains eliminate shortcutting, increase retention time, and enhance treatment effectiveness.

A superior alternative to traditional plywood or porous baffles, Baffle Curtains offer faster installation and greater sediment control. Unlike traditional baffles, which allow sediment to flow over the top, Baffle Curtains float on the surface, keeping sediment contained until it settles. Many state DOTs recognize them as a more effective solution for managing stormwater and runoff in basins.

Made from high-strength, reinforced geomembranes, our baffle curtains are designed to meet the demands of various applications. Each curtain is custom-built to fit specific design requirements, with features such as sloped and contoured bottoms, flow-through windows, and ballast chain pockets to ensure stability and optimal flow control.

Key Benefits:

• Cost-Effective Retrofit – Provides an affordable solution for upgrading existing infrastructure.
• Durable & Customizable – Made from flexible, high-strength materials tailored to your application.
• Prevents Stagnant Zones – Ensures even distribution and prevents dead spots in reservoirs.
• Enhanced Water Treatment – Directs flow to improve disinfection and maximize treatment time.

Applications:

• Retention/Sediment Basins & Ponds – Increases settling times resulting in cleaner water
• Potable Water Tanks – Improves water disinfection and treatment.
• Industrial Wastewater Facilities – Enhances the handling and treatment of wastewater.
• Lagoons & Reservoirs – Prevents stagnation and promotes efficient water flow.

Upgrade your water treatment system with Baffle Curtains—the efficient, cost-effective, and customizable solution for improved flow control and treatment performance.