This guideline addresses selected nonstructural elements that affect the planning layout and safety of a clinical laboratory.
Layout secondary clinical laboratory floor plan.
Casework elevations equipment details and engineering components are incorporated into the floor plan figure 5.
Describe some things to avoid.
Design development is the fleshing out of the schematic design figure 4.
Present some examples of using lean to improve operational efficiency.
In addition floor standing centrifuges are noisy and dangerous as are large irradiators and will often require a room with a lockable door.
Confined space entry program.
Clsi document gp18 a2 laboratory design.
Describe how to plan a design project for a clinical laboratory.
Lab safety surveys and inspections.
Present a limited case study of using lean to design a core laboratory.
Accident and injury reporting.
Laboratory risk assessment tool.
Approved guideline second edition is written for laboratory personnel responsible for or involved in the design of a laboratory.
Describe the elements of a design project.
Automated testing systems an advancing lab technology is facilitated by open plan lab design.
Laboratory design must include an autoclave for sterilizing media lab instruments and medical waste as necessary.
Asbestos and other regulated building materials.
Minor changes to the initial design often result requiring review by the project team.
The new layout provides the flexibility to add or adjust the lab s services platforms or test menu in the future as well as the ability to cross train staff members to operate more efficiently today.
15 clinical laboratories 216 15 1 description 216 15 2 laboratory layout 218 15 3 heating ventilating and air conditioning 222 15 4 loss prevention industrial hygiene and personal safety 223 16 teaching laboratory 227 16 1 description 227 16 2 laboratory layout 228 16 3 heating ventilating and air conditioning 234.
Describe some key features of effective lean design.
Laboratory facilities secondary barriers 11.