The DOE Office of Science and Technol., Deactivation and Decommissioning Focus Area is sponsoring a Large-Scale Demonstration and Deployment Project (LSDDP) at the DOE's Miamisburg Environmental Management Project (MEMP), commonly known as the Mound Site. The goals of the LSDDP are to demonstrate existing developed technologies that are unproven and/or unknown with respect to tritium Decontamination and Decommissioning (D&D) applications, to determine whether the technologies are superior, in safety and/or cost, to currently used "baseline" technologies, and,to communicate the demonstration results in such a manner that potential end users of the demonstrated technologies can easily decide whether or not to adopt these as "baseline" tools for performing future D&D work. This third objective is the focus of this paper, using the results of the Petro Bond demonstration. The LSDDP at Mound has demonstrated two technologies for solidifying fluids/sludges: (1) WaterWorks Crystals, to solidify water-based fluids, and (2) Nochar N-990 Petro Bond to solidify oils and oil-based fluids, such that the solidified materials meet the waste acceptance criteria at the final disposal facilities. The project focus has now become to accomplish addnl. deployments at DOE sites that have immediate need for treatment and disposal of waste oils and aqueous fluids/sludges. It is the intent of this project to obtain descriptions and characterization profiles of the sludge or solution to be treated at each site, then to evaluate the target solution to confirm applicability to the technol. already demonstrated at Mound. After evaluation, the project will assist the site in the first application of the technol., at a bench scale and then in fill scale, in order to provide at least one drum of solution successfully solidified. The end products of these deployments are characterization information and summary conclusions on the sludges in order to inform other facilities of the safety and usefulness of the product. This paper will discuss only the oil solidification deployments. The deployment setup, procedures, and results, as well as the data obtained from this technol., will aid in providing a solution for this complex waste handling issue for the rest of the DOE complex, and, possibly, for the entire Nuclear Industry.