Proven and demonstrated guidance for designing excellent labs for medical investigations
Now in its Fourth variation, instructions for Laboratory layout continues to permit readers to layout labs that give the chance to behavior clinical investigations in a secure and fit atmosphere. The ebook brings jointly the entire pros who're serious to a profitable lab layout, discussing the jobs of architects, engineers, well-being and defense execs, and laboratory researchers. It offers the layout staff with the knowledge had to ask the ideal questions after which ensure the simplest layout, whereas complying with present laws and most sensible practices.
Guidelines for Laboratory Design gains concise, trouble-free suggestion geared up in an easy-to-use layout that allows the layout of secure, effective laboratories. Divided into 5 sections, the booklet documents one of the most very important discoveries and achievements in:
- Part IA, universal parts of Laboratory layout, units forth technical standards that observe to so much laboratory constructions and modules
- Part IB, universal components of Renovations, bargains normal layout ideas for the maintenance and modernization of latest labs
- Part II, layout directions for a few prevalent Laboratories, explains requirements, top practices, and instructions for nineteen forms of laboratories, with 3 new chapters overlaying nanotechnology, engineering, and post-mortem labs
- Part III, Laboratory aid companies, addresses layout matters for imaging amenities, help retailers, dangerous waste amenities, and laboratory storerooms
- Part IV, HVAC structures, explains tips on how to warmth, cool, and ventilate labs with a watch in the direction of strength conservation
- Part V, Administrative approaches, bargains with bidding systems, ultimate reputation inspections, and sustainability
The ultimate a part of the booklet good points 5 appendices packed with normally wanted information and reference fabrics.
This Fourth Edition is vital for all laboratory layout groups, no matter if developing a brand new laboratory or renovating an outdated facility to satisfy new objectives.Content:
Chapter 1 development issues (pages 3–64):
Chapter 2 Laboratory concerns (pages 65–107):
Chapter three Renovations: development concerns (pages 123–135):
Chapter four Renovations: Laboratory concerns (pages 136–139):
Chapter five normal or Analytical Chemistry Laboratory (pages 143–149):
Chapter 6 High?Toxicity Laboratory (pages 150–155):
Chapter 7 Nanotechnology Laboratories (pages 156–159):
Chapter eight Engineering Laboratories (pages 160–172):
Chapter nine Pilot Plant: Chemical, Engineering, and organic (pages 173–176):
Chapter 10 Physics Laboratory (pages 177–181):
Chapter eleven managed surroundings Room: sizzling or chilly (pages 182–186):
Chapter 12 High?Pressure Laboratory (pages 187–189):
Chapter thirteen Radiation Laboratory (pages 190–195):
Chapter 14 Biosafety Laboratory (pages 196–215):
Chapter 15 medical Laboratories (pages 216–226):
Chapter sixteen educating Laboratory (pages 227–237):
Chapter 17 Gross Anatomy Laboratory (pages 238–245):
Chapter 18 Pathology Laboratory (pages 246–252):
Chapter 19 post-mortem Laboratory (pages 253–261):
Chapter 20 Morgue Facility (pages 262–270):
Chapter 21 Open or workforce study Laboratory (pages 271–276):
Chapter 22 Animal learn Laboratory (pages 277–298):
Chapter 23 Microelectronics and Cleanroom Laboratories (pages 299–314):
Chapter 24 Printmaking Studio (pages 315–324):
Chapter 25 Imaging and Photographic and amenities (pages 327–338):
Chapter 26 help outlets (pages 339–347):
Chapter 27 harmful Chemical, Radioactive, and organic Waste?Handling Rooms (pages 348–359):
Chapter 28 Laboratory Storerooms (pages 360–368):
Chapter 29 HVAC platforms (pages 371–391):
Chapter 30 lovers (pages 392–396):
Chapter 31 Air cleansing (pages 397–403):
Chapter 32 Laboratory Hoods and different Exhaust Air Contaminant?Capture amenities and gear (pages 404–421):
Chapter 33 Exhaust Air Ducts and components (pages 422–425):
Chapter 34 Variable?Air?Volume structures (pages 426–435):
Chapter 35 power Conservation (pages 436–450):
Chapter 36 undertaking Execution and Bidding methods (pages 453–459):
Chapter 37 Commissioning and ultimate reputation standards (pages 460–470):
Chapter 38 Sustainable Laboratory layout (pages 471–479):
Read Online or Download Guidelines for Laboratory Design: Health, Safety, and Environmental Considerations, Fourth Edition PDF
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Extra info for Guidelines for Laboratory Design: Health, Safety, and Environmental Considerations, Fourth Edition
During the useful life of a building, laboratories may be renovated several times. Therefore, as much ﬂexibility as possible has been provided so that the health and safety concepts given here may be applied to the renovation of existing buildings as well as to original construction. Facilities undergoing simple upgrading need not be substantially revised to meet the requirements given in this chapter if no safety hazards are present, but close consideration of the precepts detailed in this chapter is warranted when substantial modiﬁcations are to be made.
Laboratory support facilities include the following types: equipment and storage rooms, special instrument rooms, data processing and computer server facilities, glassware washing rooms, sterilization facilities, preparation rooms for media and solutions, sample processing and distribution rooms, machine shops, electronics shops, darkrooms, and a wide variety of imaging suites that may contain microscopes and their associated spectroscopy and computer equipment. Lists of support facility types are extensive.
Microelectronics, biosafety laboratories at Levels 3 and 4, and other highly specialized and mechanically intensive buildings com- monly have 30–45% net-to-gross ratios. These are efﬁcient buildings too, but the nature of their functions requires a higher percentage of total area for special mechanical, HVAC, plumbing, and electrical systems (see Figure 1-5). Buildings containing a low proportion of laboratories to nonlaboratory areas may achieve higher net-to-gross ratios. Some laboratory buildings do not have mechanical penthouses or expansive mechanical equipment rooms.
Guidelines for Laboratory Design: Health, Safety, and Environmental Considerations, Fourth Edition by DiBerardinis