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Decorative drawing: the front elevation of a nineteenth-century American timber-framed building, its clapboards,.... Not a photograph of this place.

Portsmouth Gaseous Diffusion Plant, X-720 Maintenance and Stores Building, 3930 U.S. Route 23 South, Piketon

Portsmouth Gaseous Diffusion Plant, X-720 Maintenance and Stores Building, 3930 U.S. Route 23 South, Piketon, Pike County, OH. Surveyed as HAER OH-142-Y, with a 2,186-word written history.

From the record

“The Maintenance and Stores Building is used for a variety of shop activities, offices, and storage of parts.”

Written record, HAER OH-142-Y survey. Machine-read text.

surveyed by the federal HAER program as HAER OH-142-Y · the record runs 2186 words · one of 30 surveyed structures published for this county.

Sources: the survey record at the Library of Congress

Location

98 words

Source document Quoted word for word from HAER OH-142-Y. Not written, edited or summarised by this site.

Portsmouth Gaseous Diffusion Plant (PORTS), U.S. Route 23 South, Piketon vicinity, Scioto Township, Pike County, Ohio The Maintenance and Stores Building is located at Ohio State Plane South coordinates at easting ft, northing ft and at Universal Transverse Mercator Zone 17N easting m, northing m. The coordinate represents the approximate center of the Maintenance and Stores Building. This coordinate was obtained on June 19, by plotting its location in EnviroInsite The accuracy of the coordinates is +/- 12 meters. The coordinate datum is North American Datum Date of Construction: Designer/Builder: Peter Kiewit Sons Construction Company Previous Owner: N/A

Present Owner

40 words

Source document Quoted word for word from HAER OH-142-Y. Not written, edited or summarised by this site.

The Atomic Energy Commission oversaw construction and operation of PORTS until when the Energy Research and Development Administration (was established with responsibility for research and development duties from In the U.S. Department of Energy was established, overseeing operations at PORTS.

Significance

72 words

Source document Quoted word for word from HAER OH-142-Y. Not written, edited or summarised by this site.

The Maintenance and Stores Building is used for a variety of shop activities, offices, and storage of parts. The building is also used for the testing and inspection of process and auxiliary equipment. This building is part of PORTS, which was a part of the U.S. Cold War nuclear weapons complex. PORTS primary Cold War era mission was the production of highly enriched uranium by the gaseous diffusion process for defense/military purposes.

Written history

1881 words

Source document Quoted word for word from HAER OH-142-Y. Not written, edited or summarised by this site.

Fluor-BWXT Portsmouth LLC photographed the site in August Gray & Pape, Inc., Cincinnati, Ohio, served as the primary author of the historical narrative and resource descriptions drawing from numerous historical records and reports, drawings, photographs and plans. For additional contextual information, see Portsmouth Gaseous Diffusion Plant, HAER no. OH-142. This Maintenance and Stores Building HAER was completed in PORTSMOUTH GASEOUS DIFFUSION PLANT, MAINTENANCE AND STORES BUILDING HAER No. OH-142-Y (Page 2) Part I. Historical Information In support of this report, there are three appendices that are provided: Appendix A through C, which consist of survey photographs, historical photographs, and historical drawings, respectively.

Construction History of the Maintenance and Stores Building: Subcontractors to Peter Kiewit Sons Construction Company built the Maintenance and Stores Building under a lump-sum subcontract. Peter Kiewit Sons Construction Company furnished some of the critical equipment and materials required to build the Maintenance and Stores Building. Goodyear Atomic Corporation, in conjunction with the Atomic Energy Commission, supplied most of the maintenance equipment, tools, furnishings, and other supplies required to operate the building. H. K.

Ferguson Company, of Cleveland, Ohio, received the contract for excavation, as well to erect the Maintenance and Stores Building; the X-720A Gas Manifold Shed; the neutralization pit; dust collector; loading dock; concrete aprons around the building ramp; concrete platform and fence for the test station; and storm and sanitary sewers. They also installed critical items of equipment supplied by Peter Kiewit Sons Construction Company. Charles A. Koch Erecting Company, of Louisville, Kentucky, furnished and installed the screens and blinds. E. F. Hauserman Company, of Cleveland, Ohio, furnished and installed the metal partitions.

Standard Asbestos Manufacturing and Insulating Company, of Kansas City, Missouri, furnished and installed all pipe insulation, and the Portsmouth Glass Company, of Portsmouth, Ohio, furnished the glass and glazing work for the building s many windows. Excavation work commenced in March (Appendix B, Figure 4). As elsewhere on the plant site, workers encountered difficulties with fat clay, forcing them to conduct test borings to determine how much earth would have to be removed to reach a solid bearing. Fat clay is a term used to describe clay with a high plasticity. Workers encountered it throughout the area during construction. Due to its plasticity, it makes for an unstable foundation. Workers countered this problem by excavating the fat clay until they reached a more solid subsurface.

This necessitated infilling with concrete and stable fill material. Ultimately, workers excavated cubic yards of earth in preparation of pouring concrete. Concrete work began in early April The concrete contractor erected a mixing plant onsite (Figure 5). The floors and footers required cubic feet of Class A concrete, which has a mixture strength of pounds per square feet.

The contractor completed all concrete work by late November Atop the concrete slab, steel workers from Crawford Steel Corporation, of Cincinnati, Ohio, began erecting the structural members for the building (Figures 6 through Steel erection began in May and continued until the end of September Unlike the larger process buildings, which relied on bolted connections, plans for the Maintenance and Stores Building called for riveted connections. H. K. Ferguson Company contracted for the roofing work (Figures 14 and They in turn subcontracted with Hunt Construction Company, of Indianapolis, Indiana, who began installing the steel roof deck in June By the end of November they had completed installing the square foot roof.

The Industrial Roof and Sheet Metal Company, also under subcontract with H. K. Ferguson Company, was in charge of the built-up roof work. Paras Sheeting and Painting Company, a subcontractor of H. K. Ferguson Company, installed the asbestos siding. Hatfield Electric Company, of Indianapolis, Indiana, installed all electrical equipment, including substations, switchgear, voltage regulators, lighting, and power wiring. Hatfield began work in PORTSMOUTH GASEOUS DIFFUSION PLANT, MAINTENANCE AND STORES BUILDING HAER No. OH-142-Y (Page 3) June and completed the job in May Subcontractors of H. K.

Ferguson Company installed the mechanical systems, including the plumbing, heating and ventilation, elevators, cranes, sprinkler systems and other items (Figures 16 through Historical drawings of building plans are provided in Appendix C (Figures 24 through Part II. Site Information Description of the Maintenance and Stores Building: The Maintenance and Stores Building is located just east of the and Process Buildings, and south of the Decontamination Building and the Converter Shop and Chemical Cleaning Facility. Measuring wide by long (approximately square feet), the Maintenance and Stores Building is among the largest buildings at PORTS. The building stands 42' tall and features two floors in the center and south sides of the building.

The remainder of the building consists of one tall story. Like the other buildings on site, the Maintenance and Stores Building is utilitarian in appearance (Appendix A, Figures 1 through 3). Construction consists of steel framing. The north, east, and west walls feature extensive bands of steel sash windows. The remaining wall surfaces are clad with corrugated cement-asbestos panels. The interior of the building is divided into the maintenance area and the stores and mezzanine area. A cinderblock wall extends the length of the interior of the building, separating the major work and storage areas. Within the stores area, cinderblock walls further divide the space into a large bin area, special storage rooms, stairwells, toilet rooms, and smaller shop areas.

Two rows of offices are located within the mezzanine. A central corridor extends the length of the mezzanine, providing access to the offices. The stairwell within the mezzanine is comprised of cinderblock. The offices themselves were originally fitted with gypsum board partitions. Metal partitions separate work areas within the main shop. The various spaces include tools and equipment for swapping out seals, working on compressors, and performing welding, carpentry, painting, sheet metal work, electrical and instrument work, and vacuum testing. Overhead cranes assist with the movement of heavy equipment and machinery. These cranes range in capacity from 23 tons to 7 tons. The floors in the Maintenance and Stores Building consist of monolithic concrete slabs.

The contractor chemically hardened the concrete in areas that were not covered with tiles. The floors in the mezzanine offices and lounge were covered with asphalt tiles. The locker and restroom floors were covered with ceramic tiles, and the dismantling and cleaning room of the electric room received a covering of vinyl tiles. As with most buildings at PORTS, the interior finishes of the Maintenance and Stores Building were designed to be easy to clean and safe for workers. Any exposed ferrous metal and concrete block surfaces were painted for protection against corrosion and leakage. General use areas were painted for light reflection and to promote efficiency of workers. Safety stripes were applied to walkways, stairs, and obstructions.

The built-in removable office partitions were covered with flush-panel, glazed wood installations. The overall building was designed to support equipment and live loads, as well as to resist earthquake forces equal to two percent gravity. At the time of its construction in this was slightly less than the Pacific Coast Building Code for a Zone I Earthquake area. PORTSMOUTH GASEOUS DIFFUSION PLANT, MAINTENANCE AND STORES BUILDING HAER No. OH-142-Y (Page 4) Part III. Sources of Information Department of Energy. The Role of the Portsmouth Gaseous Diffusion Plant in Cold War History. Piketon, OH: U.S. Department of Energy, Department of Energy.

Remedial Investigation and Feasibility Report for the Process Buildings and Complex Facilities Decontamination and Decommissioning Evaluation Project at the Portsmouth Gaseous Diffusion Plant, Piketon, Ohio, DOE/PPPO/03-0245&D3. Piketon, OH: U.S. Department of Energy, Department of Energy. National Historic Preservation Act Section 110 Survey of Architectural Properties at the Portsmouth Gaseous Diffusion Plant in Scioto and Seal Townships, Piketon, Ohio, DOE/PPPO/03-0147&D1. Piketon, OH: U.S. Department of Energy, January Giffels & Vallet, Inc. Gaseous Diffusion Plant at Portsmouth, Ohio, Project History and Completion Report (Redacted). Washington, U.S. Atomic Energy Commission, PORTSMOUTH GASEOUS DIFFUSION PLANT, MAINTENANCE AND STORES BUILDING HAER No.

OH-142-Y (Page 5) Appendix A: Survey Photographs Figure 1: Location and Orientation of Exterior Photographs (Figures 2 and 3) PORTSMOUTH GASEOUS DIFFUSION PLANT, MAINTENANCE AND STORES BUILDING HAER No. OH-142-Y (Page 6) Figure 2: North Side of the Maintenance and Stores Building, August Facing Southwest Figure 3: South Side of the Maintenance and Stores Building, August Facing Northeast PORTSMOUTH GASEOUS DIFFUSION PLANT, MAINTENANCE AND STORES BUILDING HAER No. OH-142-Y (Page 7) Appendix B: Historical Photographs Figure 4: Grading Work for the Maintenance and Stores Building, February Figure 5: Steel Framing for the Maintenance and Stores Building, May PORTSMOUTH GASEOUS DIFFUSION PLANT, MAINTENANCE AND STORES BUILDING HAER No.

OH-142-Y (Page 8) Figure 6: Batch Plant for the Maintenance and Stores Building, May Figure 7: Steel Framing for the Maintenance and Stores Building, May PORTSMOUTH GASEOUS DIFFUSION PLANT, MAINTENANCE AND STORES BUILDING HAER No. OH-142-Y (Page 9) Figure 8: Looking Southwest at the Maintenance and Stores Building, August Figure 9: The Cleaning Building and the Maintenance and Stores Building, Looking Southeast, September PORTSMOUTH GASEOUS DIFFUSION PLANT, MAINTENANCE AND STORES BUILDING HAER No. OH-142-Y (Page 10) Figure 10: Looking Southwest at the Maintenance and Stores Building, September Figure 11: Looking Southwest at the Maintenance and Stores Building, October PORTSMOUTH GASEOUS DIFFUSION PLANT, MAINTENANCE AND STORES BUILDING HAER No.

OH-142-Y (Page 11) Figure 12: Looking North at the Interior of the Maintenance and Stores Building, November Figure 13: Looking Northwest at the Maintenance and Stores Building, November PORTSMOUTH GASEOUS DIFFUSION PLANT, MAINTENANCE AND STORES BUILDING HAER No. OH-142-Y (Page 12) Figure 14: Interior View of the Stores Area of the Maintenance and Stores Building, January Figure 15: Interior View of the Maintenance and Stores Building, January PORTSMOUTH GASEOUS DIFFUSION PLANT, MAINTENANCE AND STORES BUILDING HAER No.

OH-142-Y (Page 13) Figure 16: Interior View of the Maintenance and Stores Building Showing Compressor Pit in the Foreground, February Figure 17: Interior View of the Stores Area of the Maintenance and Stores Building, February PORTSMOUTH GASEOUS DIFFUSION PLANT, MAINTENANCE AND STORES BUILDING HAER No. OH-142-Y (Page 14) Figure 18: Interior View of the Maintenance and Stores Building, March Figure 19: Interior View of the Maintenance Area of the Maintenance and Stores Building, April PORTSMOUTH GASEOUS DIFFUSION PLANT, MAINTENANCE AND STORES BUILDING HAER No.

OH-142-Y (Page 15) Figure 20: View of Maintenance Area in the Maintenance and Stores Building, May Figure 21: View of the Maintenance Area in the Maintenance and Stores Building, July PORTSMOUTH GASEOUS DIFFUSION PLANT, MAINTENANCE AND STORES BUILDING HAER No. OH-142-Y (Page 16) Figure 22: The Maintenance and Stores Building Equipment Foundation, October Figure 23: Machine Installation in the Maintenance and Stores Building, December PORTSMOUTH GASEOUS DIFFUSION PLANT, MAINTENANCE AND STORES BUILDING HAER No. OH-142-Y (Page 17) Appendix C: Historical Drawings Figure 24: Floor Plans, Elevations, and Roof Plan PORTSMOUTH GASEOUS DIFFUSION PLANT, MAINTENANCE AND STORES BUILDING HAER No.

OH-142-Y (Page 18) Figure 25: First Floor Plan PORTSMOUTH GASEOUS DIFFUSION PLANT, MAINTENANCE AND STORES BUILDING HAER No. OH-142-Y (Page 19) Figure 26: Building Elevations PORTSMOUTH GASEOUS DIFFUSION PLANT, MAINTENANCE AND STORES BUILDING HAER No. OH-142-Y (Page 20) Figure 27: Building Elevations PORTSMOUTH GASEOUS DIFFUSION PLANT, MAINTENANCE AND STORES BUILDING HAER No. OH-142-Y (Page 21) Figure 28: Mezzanine Floor Plan PORTSMOUTH GASEOUS DIFFUSION PLANT, MAINTENANCE AND STORES BUILDING HAER No. OH-142-Y (Page 22) Figure 29: First Floor Plan PORTSMOUTH GASEOUS DIFFUSION PLANT, MAINTENANCE AND STORES BUILDING HAER No. OH-142-Y (Page 23) Figure 30: Plot Plan and Index

In context

Piketon, Ohio The place record: every map, photograph and survey of this town.
Pike County, Ohio 83 topographic sheets across the county.
Library of Congress record The original filed report as the survey filed it.

Also surveyed in Piketon

24 of 28 records shown

The federal surveyors worked through Piketon building by building. These are the other structures they measured and filed a report on, longest report first.

SheetStructure SurveyReport
Portsmouth Gaseous Diffusion PlantHAER OH-1425,856 words
Portsmouth Gaseous Diffusion PlantHAER OH-142-C3,834 words
Portsmouth Gaseous Diffusion PlantHAER OH-142-E3,717 words
Portsmouth Gaseous Diffusion PlantHAER OH-142-D3,595 words
Portsmouth Gaseous Diffusion PlantHAER OH-142-P2,755 words
Portsmouth Gaseous Diffusion PlantHAER OH-142-F2,405 words
Portsmouth Gaseous Diffusion PlantHAER OH-142-V2,352 words
Portsmouth Gaseous Diffusion PlantHAER OH-142-R1,979 words
Portsmouth Gaseous Diffusion PlantHAER OH-142-AA1,807 words
Portsmouth Gaseous Diffusion PlantHAER OH-142-B1,783 words
Portsmouth Gaseous Diffusion PlantHAER OH-142-W1,727 words
Portsmouth Gaseous Diffusion PlantHAER OH-142-G1,689 words
Portsmouth Gaseous Diffusion PlantHAER OH-142-X1,672 words
Portsmouth Gaseous Diffusion PlantHAER OH-142-J1,665 words
Portsmouth Gaseous Diffusion PlantHAER OH-142-I1,657 words
Portsmouth Gaseous Diffusion PlantHAER OH-142-Q1,606 words
Portsmouth Gaseous Diffusion PlantHAER OH-142-U1,586 words
Portsmouth Gaseous Diffusion PlantHAER OH-142-H1,405 words
Portsmouth Gaseous Diffusion PlantHAER OH-142-L1,266 words
Portsmouth Gaseous Diffusion PlantHAER OH-142-A1,219 words
Portsmouth Gaseous Diffusion PlantHAER OH-142-O1,180 words
Portsmouth Gaseous Diffusion PlantHAER OH-142-K1,108 words
Portsmouth Gaseous Diffusion PlantHAER OH-142-N988 words
Portsmouth Gaseous Diffusion PlantHAER OH-142-Z974 words

Provenance

  • Written history. Quoted verbatim from HAER OH-142-Y. United States federal work, no copyright under 17 U.S.C. 105.
  • Text capture. Machine-read from the scanned typescript filed with the survey, so spelling and spacing follow the original page.
  • How this page is made. Documentary passages are quoted from linked records; page labels and counts are clearly marked as presentation or calculations.