Abstract: A pipeline inspection system is described. The system comprises a body, cameras, support members, and light sources. The cameras are coupled to the body and configured to obtain image information related to an interior surface of the pipe. The support members extend away from the body in a radial direction to contact the interior surface of the pipe and support the body. An individual support member has a first end coupled to the body, and a second end configured to contact the interior surface of the pipe. The light sources are configured to light the interior surface of the pipe. They are coupled to the support members at or near the second end such that the light sources are located in one or more radial positions near the interior surface of the pipe, separated from the one or more cameras and the body by the one or more support members.

Abstract: A pipeline inspection system is described. The system comprises a body, cameras, support members, and light sources. The cameras are coupled to the body and configured to obtain image information related to an interior surface of the pipe. The support members extend away from the body in a radial direction to contact the interior surface of the pipe and support the body. An individual support member has a first end coupled to the body, and a second end configured to contact the interior surface of the pipe. The light sources are configured to light the interior surface of the pipe. They are coupled to the support members at or near the second end such that the light sources are located in one or more radial positions near the interior surface of the pipe, separated from the one or more cameras and the body by the one or more support members.

Abstract: The present disclosure describes an outer utility pipe having a first diameter. In a first embodiment, the present disclosure describes an inner liner having a second diameter. The second diameter is smaller than the first diameter. The inner liner is positioned inside the outer utility pipe such than an annular space is created between the inner liner and the outer utility pipe. The inner liner is configured to conduct fluid. The present disclosure describes a communication conduit positioned in the annular space between the inner liner and the outer utility pipe. The communication conduit is configured to receive one or more components, such as fiber optic cables, configured to transmit information. In a second embodiment without an inner liner or an annular space, the communication conduit is received by a channel cut in an inner diameter surface of the outer utility pipe.