Procedure-design and infrastructure of a laboratory, Chemical Engineering

Assignment Help:

PROCEDURE : Visit the preparation room of the lab (Physics/Chemistry/Zoology/I3otany), you studied in Exercise 1 and note its features. To make your study easy and to guide you, we have listed below the main features along with some hints so that you can pay attention to them in a systematic way and do not miss out essential aspects. You can also consult, if you feel the need, the lab technician associated with the lab for information and help. You are expected to observe the various aspects and features and note them in the columns we have provided. You are also expected to add your own comments, additional information and suggestions whenever you feel the need, keeping in mind what you have learnt. In some cases the columns may prove inadequate for your Manual notes. In such cases use additional sheets and makes appropriate columns.

1. Location and layout : Note the location of the preparation room with respect to the laboratory. Is the location satisfactory for efficient functioning? Is it located between two labs? How many labs does it service? Draw a floor plan of the preparation room and the labs it provides service to. Draw the position of the wet and dry bench, water tap etc. whatever you observe in the room somewhat similar to the figure shown here

2342_chemical storage.png

2. Entry and exit points: Note the entry and exit points of the preparation room and specify whether the access and entry is restricted and how. Also comment on the convenience and safety of the entry and exit points.

3. Infrastructure and Organisation: Give a broad list of the types of things that are kept in the preparation room, their number and use. Also describe how they are kept and how often they are used. All the things listed here may not be in the preparation room that you have taken for your study. For example a physics lab may not have chemicals and a chemistry lab may not have stains. These headings are for your convenience. You can change these headings if need be or leave them blank.

4. Storage: Note the kind of storage and racks present in the preparation room. Is there enough room for storage? Pay attention to under bench storage also. Note the position of shelves (in the centre of room, along the walls etc.).

5. Provision for services-gas, water and electricity and drainage: Observe the kinds of the services that are available in the preparation room and how they are provided (through walls/floor/ movable service station). Note the number of outlets of these services and whether they appear adequate. Observe also the plumbing network and drainage as well as condition of taps (if leaky).

6. Windows and ventilation: Note the number and size of windows and provision for forced ventilation in the form of exhaust fans or air-conditioners. Also note if the preparation room is secure from thieves and vandals.

7. Lighting, Heating and Cooling : Observe and note (i) if the room is receiving sufficient natural light (ii). Also observe if there are adequate arrangements for PASL (Permanent Artificial Supplementary Light)? Keeping in view the changing weather condition (in certain parts of the country), also note the kind of arrangements that are provided in the preparation room to maintain comfortable temperature.


Related Discussions:- Procedure-design and infrastructure of a laboratory

Materials used for dc applications, Materials used for DC applications are:...

Materials used for DC applications are: Iron and low-carbon steels (maximum carbon 0.05 %)  • Iron-Nickel alloys (Permalloy)   • Iron-Cobalt alloy (Permendur)

Assuming a factor of safety , A large tower is to be supported by a series ...

A large tower is to be supported by a series of steel wires; it is estimated that the load on every wire will be 13,300 N (3000 lbf). Verify the minimum needed wire diameter, assum

Homework, Water from a supply having a total head of 100 ft is used in the ...

Water from a supply having a total head of 100 ft is used in the jet of an ejector in order to lift 10 ft3/s of water from another source (at a lower level) that has a total head o

Mass and partial energy balance, Mass and Partial Energy Balance The p...

Mass and Partial Energy Balance The process flow diagram attached shows a very simplified approach to the production of Potash from Sylvinite ore. Conduct a mass balance and a

Explain eddy current losses, Explain Eddy Current Losses Eddy Current...

Explain Eddy Current Losses Eddy Current Losses The core of a generator armature is made from soft iron, which is a conducting material with desirable magnetic sort. Any con

The probability of occupation of an energy level e, The probability of occu...

The probability of occupation of an energy level E, when E - E F = kT, is given by 0.27

Downstream process development, Dear expert minds I have to program in Matl...

Dear expert minds I have to program in Matlab a series of Unit operations for protein purification fro crude mixture. Starting from the centrifugation arriving to the formulation o

Distinguish between intrinsic and extrinsic semiconductor, Distinguish betw...

Distinguish between intrinsic and extrinsic semiconductor. In intrinsic semiconductors, the conduction is because of the intrinsic processes characteristics of the crystal, wit

Write Your Message!

Captcha
Free Assignment Quote

Assured A++ Grade

Get guaranteed satisfaction & time on delivery in every assignment order you paid with us! We ensure premium quality solution document along with free turntin report!

All rights reserved! Copyrights ©2019-2020 ExpertsMind IT Educational Pvt Ltd