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FACILITIES MANAGEMENT SERVICES |
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CASI
Management
CAPABILITIES Decontamination & Decommissioning
Groundwater Monitoring Regulatory Training
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Whether
your facilities belong to the federal, state or local governments, or you area
commercial industrial corporation, capital and operating funds for maintenance
or construction of new facilities make up a significant portion of any budget.
As existing infrastructure ages, organizations are looking for a proven method
of evaluating the status of their assets and making decisions on whether to
maintain, or demolish and rebuild facilities. With its condition assessment
survey and engineering capabilities, Commodore Advanced Sciences, Inc. (CASI)
has the tools to develop data to assist management with these decisions.
KEY AREASASSET MANAGEMENT AND UTILITY MAPPING. CASI provides utility mapping and asset inventory services in support of asset management system development. Utility maps are developed using Geographic Information System (GIS) software. Graphic objects, presented on a computerized map, are link to information contained in various databases that relate to the pipelines, valves, filters, tanks, and other equipment represented by the objects. GIS maps are useful for utility system configuration control and operations management. The information in the databases, which can be retrieved by selecting an object or objects on the map, can be sorted and formatted for reporting in support of facilities management planning activities. Collection of this information requires extensive field survey efforts. STRUCTURAL ENGINEERING INSPECTION AND EVALUATION SUPPORT.
CAS' structural, civil and mechanical engineers conduct annual and biennial
inspections and evaluations of structural building systems and components
(roof, floor, walls and equipment). These building inspections are performed
within the context of the current use of the facility fully operational
or in a shutdown mode awaiting D&D or demolition. The purpose of
these structural inspections is to identify and evaluate any deficiencies that
may adversely affect the structural integrity of the building and the continued
safety of personnel within the facility. CASI identifies and tracks
deficiencies, prepares comprehensive inspection reports, and recommends
maintenance and repair actions. REPRESENTATIVE EXPERIENCEOAK RIDGE NATIONAL LABORATORY, DOE OAK RIDGE. Under subcontract with UT-Battelle, LLC, the managing DOE contractor at ORNL, CASI has provided utility mapping and asset inventory services in support of ORNL’s Facilities Management Division. CASI has developed and maintained GIS utility maps for the potable water, chilled water, natural gas, compressed air, and steam distribution systems as well as the sanitary sewage collection system. CASI has inventoried the components of each of these systems, obtaining information pertaining to the make, model, and physical characteristics of each of the components, and has developed databases that are linked to the GIS maps. These maps and databases are utilized by ORNL personnel in both hardcopy and electronic formats to assist in the daily operation activities as well as for programmed maintenance planning. In support of the programmed maintenance activities, CASI inventoried over 5,165 pieces of equipment at the ORNL Steam Production Plant. The data collected for this equipment included pertinent information such as make, model, size, rpm, operating pressure, material of construction, etc. Each piece of equipment was photographed and the pertinent information tabulated in a spreadsheet which was organized by system hierarchy. This type of organization aids in statistical sorting of data. EAST TENNESSEE TECHNOLOGY PARK (ETTP), DOE OAK RIDGE. As a subcontractor to American Technologies, Inc., CASI has mapped the location of over 1300 overhead obstructions along roadways within the ETTP. These obstructions include piperacks, power lines, telephone lines, fiberoptic cables, and other electrical obstructions. The height of each obstruction was measured using a sonic wave meter. This meter bounced a sonic wave off the obstruction taking a measurement that was accurate to within one inch. The height of each obstruction was tabulated in a table on the drawing. This map is frequently used to route large pieces if equipment through the site. |