Clinical Laboratory Floor Plan Guidelines

This can be achieved by use of glue heat welded vinyl flooring epoxy coated concrete slab etc.

Clinical laboratory floor plan guidelines.

Describe how to plan a design project for a clinical laboratory. Workshopping with those who will be using the area themselves is essential since the lab can be tailored to what the research requires and superfluous elements can be quickly identified. Lab safety surveys and inspections. Laboratory risk assessment tool.

As a result many lab designs incorporate mechanical plumbing and electrical systems outside of the laboratory proper. Describe some key features of effective lean design. The cdc aphl competency guidelines cover 15 domains ranging from broad topics important to all laboratory professionals such as quality management systems to specialized topics in varied areas of practice such as chemistry and bioinformatics. Answer any questions that you may have.

If the laboratory has windows that open they must be fitted with insect screens. Flooring the floor must be a one piece non pervious and with covings to the wall. Laboratory standard design guidelines. Ohsa6requirements recommend 4 to 12 air exchanges per hour in laboratories with fume hoods while other sources advise 10 or more air exchanges.

They suggest 6 to 10 air changes per hour in general laboratory areas biochemistry 12 in autopsy suites and 10 to 15 in laboratory areas where animals are housed. Describe some things to avoid. Present some examples of using lean to improve operational efficiency. An extensive period of pre planning is vital to the design of a lab.

Asbestos and other regulated building materials. Confined space entry program. Present a limited case study of using lean to design a core laboratory. Part ii design guidelines for a number of commonly used laboratories 141 5 general or analytical chemistry laboratory 143 5 1 description 143 5 2 laboratory layout 144 5 3 heating ventilating and air conditioning 146 5 4 loss prevention industrial hygiene and personal safety 149 5 5 special requirements 149 6 high toxicity laboratory 150.

The stanford laboratory standard design guide is a resource document for use by faculty staff and design professionals during the planning and early design phases of a project. This guideline provides recommendations to users and manufacturers of point of care coagulation testing devices for monitoring heparin and vitamin k antagonist therapy and for the evaluation of hemostasis as well as to ensure reliable results comparable with those obtained by routine medical laboratory testing.