Facility drawings

A facility drawing water from a stream or lake should either have independent locations from which to draw from or have a back-up supply from the city system or a private well. Care should be taken when using potable and nonpotable sources so that cross-contamination does not occur. 

Supportive documentation should be added to the report, such as equipment and facility drawings, technical and other specifications, test methods, suppliers certificates, health authorities approvals, approvals of components, and raw data results. 

Installation qualification— Documentation that the equipment was manufactured and installed in accordance with the intended design. This is essentially an audit of the installation against the equipment specifications and facility drawings. 

First of all, a good warehouse strategic master plan is a formal set of documents. It should not consist simply of ideas, thoughts, possibilities, desires, and so forth that are casually recorded somewhere, if at all. A good plan is a formal set of documents that have been created, collected, edited, and so forth specifically as a strategic master plan of action. Common components of this set of documents include an implementation plan, a descriptive narrative, scaled facility drawings, and supporting economic cost and justification data. 

The strategic master plan should be time phased to indicate when each recommended action should be implemented to meet changing warehousing requirements. Typically, scaled facility drawings should accompany each recommended action to illustrate what the facility will look like after a given action has been implemented. 

Step 6 involves selecting the best of the alternative plans of action implicated by the economic and qualitative evaluations and specifying the recommended warehoirse strategic master plan. The master plan will document the space, equipment, persotmel, and standard operating procednre requirements of the warehouse over the planning horizon. In addition, scaled facility drawings should be included showing the recommended warehouse layout for all revisions recommended by the plan of action. 

The retention period for narrative logs, facility drawings, routine release records or estimates, and fuel inventories is the "life of the facility." The retention period for other records, such as unusual occurrence reports involving releases to the enwonment, contamination, and personnel exposure dose records, is 75 years. 

The integrated data package includes the technical design information for the life cycle processes, and the special equipment specifications and baselines, software code listings, technical manuals, technical plans, facility drawings, and special tools related to manufacturing, verification, distribution, operations, support, training, and disposal. 

In order to utilize the ETBA in the performance of the system safety analyses listed above, certain essential data are required for evaluation. For example, if the ETBA is to be performed on a specific manufacturing facility, then the analysis should begin with an examination of completed facility drawings. If the ETBA is concerned with a specific project, or a newly designed piece of manufacturing equipment, the project plans and schematics must be evaluated. It should be noted that the level of detail required is dependent on the analysis itself. Development of a preliminary hazard list will not require extensive detail and evaluation, whereas an ETBA in support of a subsystem hazard analysis will meticulously analyze the project to the component level and detailed drawings will, therefore, be required. 

Obtain facility drawings, diagrams, and/or photos showing all water mains, valves, and meters for the facility. These drawings, diagrams, and/or photos should accurately show main lines for all utilities including water, sewer, gas, electric, cable television, and telephone. Describe their physical relationship to each other. 

A detailed description of any temporary holding area at the destruction facility that will be used to provide chemical weapons directly to the destruction facility, including site and facility drawings and information on the storage capacity for each specific type of chemical weapon to be destroyed at the facility ... 

Process and instrument drawings Facility drawings and plant site maps... 

The drawing software comprises a comprehensive collection of standard tools to sketch 2D chemical structures. To specify all its facilities and tools would go far beyond the scope of this overview, but there are some nice features that are very useful for chemists so they are mentioned here briefly. One of these enables the prediction of H and NMR shifts from structures and the correlation of atoms with NMR peaks (Figure 2-127). lUPAC standard names can be generated... 

Fig. 25-3. Bubble concept. This pollution control concept places an imaginary bubble over an entire industrial plant, evaluating emissions from the facility as a whole instead of requiring control point-by-point on emission sources. Numbers represent emissions from individual sources, some of which can be fugitive sources, and from the entire industrial plant. Source Drawing courtesy of the Chemical Manufacturers Association.

Provide facilities for inspectors to obtain current versions of all relevant product specifications, drawings, and process specifications. 

Based on the information contained in these figures it is possible to draw an area classification diagram of the facility. Figure 17-15 shows an example for a typical offshore production platform. 

Human factors considerations include determining the characteristics of the population in the area where the facility will draw its labor force. Factors such as educational levels, languages, norms, and environmental conditions should be considered because they can have a significant impact on later stages of the design process. 

In the present work a theory for the facile construction of complex molecular orbitals from bond and group orbitals is presented and complemented by accurate drawings of the valence molecular orbitals for over one hundred molecules representing a wide range of connectivities and functional groupings. Direct applications to phenomena in organic chemistry are also discussed. 

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