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Facility Layout and Work Flow
Written by: Jack GreeneArticle Overview: Facility layout is not the first step, but the last action to take to position equipment, processes and people in a building. First create the right work flow, then the layout easily follows. Your organization is different from others; products, equipment, processes, building shape, routing, inventory practice. Your work flow and subsequent layout will also be different.
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Facility Layout and Work Flow
Facility Layout and
Work Flow
Facility layout is not the first step, but the last action
to take to position equipment, processes and people in a building. First create
the right work flow, then the layout easily follows.
Your organization is different from others; products,
equipment, processes, building shape, routing, inventory practice. Your work
flow and subsequent layout will also be different.
Work flow starts with a combination of your own objectives,
operating practices and geometry of the facility. But to these factors you will
have to apply principles of productivity in order to create an effective flow
and productive layout.
This article explains the components that will affect your
flow, floor layout and facility design.
Jack Greene is the author of the Amazon book in print and
Kindle editions, Plant Design,
Facility Layout, Floor Planning. Please search Amazon for this title.
Layout Objectives
A new layout
may be needed to set up an added facility, or to adapt a facility already in
operation. In both cases it is wise to plan carefully, because layouts tend to
remain in place for years; better get this one right.
A layout will be planned for a given set of assumptions, and
they should be carefully written and reviewed by all concerned. A production
forecast will be a critical factor for instance, to anticipate both products
and volumes expected. Your crystal ball should anticipate long term changes
such as new products, new technology, changes in the economy. It is not
necessary to detail how the layout will provide for those eventualities, nor
even to build the space. But identify where a new addition should go if it is
necessary in a few years time; don't block access now to a later action. Create
a physical path now for later actions.
Cost constraints for the project must be considered as well
as the time frame and calendar. Layout revisions are often planned over an
extended time; first do this, later do that. Also define the extent to which
production may be interrupted, and when.
Identify the
internal resources who are capable of performing the work necessary, then judge
whether they can perform their normal work and direct a layout simultaneously.
The best project manager I ever knew was not able to run his normal assignment
and a project at the same time, so take care in expecting a high level of
performance in both tasks. Consultants such as my company are able to focus on
the project, letting the client run the business.
Operating practices
Many of your
operating practices will affect a layout. Perhaps the most significant is
inventory control. Do you practice just in time, or just in case? MRP or ERP,
or another system? Where do you keep inventory throughout your process, both
production and support? Is inventory current or a pack rat's delight? What do
you want inventory to be after the move?
Computer hardware can be an issue in a relocation, both
servers and points of use. Be sure to involve your own IT people and any
vendors early in the project. Try to allow a parallel operation of IT systems
to minimize risks.
Telecommunications are a related concern to IT, although
usually a bit simpler. Again, run in parallel if possible rather than a complete
cutover from one system to another.
Will you attempt to change major operating practices at the
same time that you make a layout change? Then you are braver than I. One at a
time is more likely to succeed, and if there is a problem you will find the
answer more easily.
Geometry
Physical
property characteristics will determine the final layout. Lot size, zoning,
easements, covenants, drainage, access, parking; access from roads. Building
dimensions; load bearing and partition walls; ceiling heights; floor loading;
piping, drains, utilities supply; heat, ventilation, air conditioning
requirements and availability; docks and materials access; stairs and elevators
and ramps; personnel access; amenities such as rest rooms and food service;
offices and other service areas; these are given factors in the current
facility that will shape and limit any changes.
The process has an effect on layout as well. Equipment and
fixtures and furniture take up a fixed amount of floor space. Materials
handling and personnel movement, considering product and handling equipment,
will dictate plant aisles.
Storage will use a significant amount of space, not only for
product but also for the supply and support items kept in hand. There are many
kinds of racks for storage, different square footage and different heights.
Aisle requirements vary as well depending on the rack.
Support and administration will require space with a
particular criteria.
Some functions will be difficult to relocate. They include
plating and chemical treatment, water treatment, equipment in pits or on
reinforced foundations, drains in the floor, stairways, elevators, structural
mezzanines, etc. Processes with any kind of hazardous emission require special
attention. Be sure to recognize these. If possible place them at the perimeter
of the structure, but do not block off a future expansion.
Principles of productivity
To achieve a
new layout, there must be an empty place on the floor to start. Usually a
checkers game is possible, move one function to the empty space, the move
something else, until you are through.
Flow as a
general rule should not look like a bowl of spaghetti. A U shaped flow is often
favored, or straight line flow. Move from start to finish of a process directly
without doubling back if possible, whether the process is a automobile assembly
or order processing or paying a tax bill.
Docks and doors are use to bring material in and out. Use
one entry for receiving, another for shipping if possible; dedicate one to
waste handling if there is significant waste. Docks for semis are higher than
those for a low van, and both will be useful. Have ramps to allow wheeled
vehicles to move in and out, to work in the parking lot.
If there are functions difficult to locate such as defined
above, you may be more successful in layout if you first plan flow in and out
of them, and later fit in departments that do not relate to them.
Consider early how incoming material will be staged and
moved into the process, and how in process material will be handled. Plan for
the most bulky and the most numerous first and then the flow of other
material.
Consider pedestrian traffic and separate it if possible from
vehicle traffic.
Thanks for
your attention; I'm happy to add to your perspective of
industrial engineering and productivity.
Jack
Greene Jackson
Productivity Research Inc.
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About the Author: Jack Greene RSS for Jack's articles - Visit Jack's website Jack Greene is president of Jackson Productivity Research Inc. He writes of practical actions to control and reduce costs through time study; plant and facility layout and design; balance workloads; optimize capacity and utilization; improve productivity; manage constraints; merge and consolidate facilities; cost-justify facility relocation. Mr. Greene's articles demonstrate how principles of industrial engineering and productivity achieve results, and reflect consulting assignments with Fortune 250 companies, and much smaller ones, in industry, construction, government, service, and hotels. Jack Greene is the author of books on Amazon in print and Kindle editions; click these links and read about the books and what's inside. Plant Design, Facility Layout, Floor Planning. http://www.amazon.com/s/ref=nb_sb_noss?url=search-alias%3Dstripbooks&field-keywords=Plant+Design%2C+Facility+Layout%2C+Floor+Planning&x=17&y=18 Cost Reduction How to Survive, Recover, and Thrive, Time and Motion Study What, Why, and How-To A client will expect certain results from a consultant, and these articles outline what may be expected from JPR because they reflect our experience, business approach and services. We offer hands-on consultancy, to lead or participate in activity; or if you choose we can train your resources to perform the work in-house. Jackson Productivity Research Inc., at http://jacksonproductivity.com, welcomes inquiry about practical actions to accomplish your organization's objectives and scope, within your timetable and budget. Please email jack@jacksonproductivity.com
Click here to visit Jack's website Piece work and piece rate payment Is this a strategy for your organization Value added explained Can a productivity consultant add enough value to justify the fee Practical Productivity Improvement and Cost Reduction Consolidate or merge a checklist |
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