Keep your marine project compliant, clean, and under control with floating turbidity curtains, also known as silt barriers, built to perform. Whether you're working near shorelines, bridges, dredging zones, or construction sites, these barriers help stop sediment from spreading through open water. Clarion Municipal offers Type 1, Type 2, and Type 3 turbidity curtains that meet DOT specifications. They are engineered for reliability in any environment, from calm lakes to turbulent coastal zones. Backed by trusted U.S. manufacturing and proven materials, these curtains are the industry’s go to solution for turbidity and silt control.
A turbidity curtain, also known as a turbidity barrier or silt curtain, is a floating containment system designed to control the spread of suspended sediment in water during construction and environmental projects. These barriers are typically made with a flotation device on top, a reinforced skirt that extends into the water column, and a weighted ballast to keep it in place. They are deployed around active work zones such as dredging sites, bridge repairs, shoreline stabilization, or culvert installations to prevent silt from drifting into surrounding ecosystems. By limiting turbidity and maintaining water quality, these curtains support environmental compliance with local, state, and federal regulations.
Type 1 turbidity curtains are best suited for calm, non-moving water environments where wave action, current, or tidal influence is minimal or absent. These barriers act as a floating shield to contain suspended sediment generated during construction or excavation, helping protect nearby ecosystems and meet environmental compliance standards. Common applications include roadside ditch work, canal maintenance, pond dredging, or dock construction in protected areas. At Clarion Municipal, we provide customizable Type 1 turbidity curtain solutions tailored to your project scope and budget. Custom options are available for Contractor, DOT, and Permeable models. For more information please click the link below.
