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Dump Truck Hauling in Tennessee

Clinch River Services is a family-owned small business with operations spanning throughout East and Middle Tennessee. We pride ourselves on safety and providing the utmost quality of service. We have provided material transportation for several U.S Department of Energy (DOE) and Tennessee Valley Authority (TVA) prime contractors and their subcontractors.

We are experienced in transporting various types of materials such as clean fill, construction/demolition debris, concrete, asphalt, rock, and brush.

Flatbed hauling in Tennessee

Clinch River Services offers freight shipping services to thousands of direct shipping points in the lower 48 states. Our local, regional, and national flatbed fleets hold excellent safety records and offer unmatched service. Our 53' flatbed trailers can handle payloads that weigh up to 48,000 pounds. The open deck design of our trailers allows for multi-functional shipping, enabling us to transport even your largest freight.

Dumpster rentals in Oak Ridge, TN

Whether you need a short-term rental on a week-to-week basis or a long-term service for an ongoing project, CRS has roll-off dumpsters for any job.

We provide personal service and exceptional quality. Our unparalleled service, competitive prices, and overall value are why our customers always return. We look forward to serving you!

clean fill dirt in Oak Ridge, TN

Clinch River Services provides hauling services for TFE, Inc. and their ~100-acre borrow site. CRS and TFE have worked together to supply clean soil fill to support U.S Department of Energy projects across the Oak Ridge Reservation and for local commercial projects. This clean soil consists of both general fill and low-permeability fill, as described below:

General fill is used as void filler in debris waste or a construction-fill material.
Low-permeability fill is used as cover material, void filler, or construction-fill material. Soil for cover material is used to seal operating surfaces to limit infiltration and exhibits a sufficient degree of cohesiveness to minimize erosion or washouts.