A scientific criteria for determining a good Plant Layout:
1. Integration:
Integrates of men, materials and machines and support services in order to get the optimum output of resources.
2. Cubic space utilization:
Utilization of both horizontal and vertical spaces and height is very important to use the space as much as possible.
3. Minimum distance:
Minimum travel of men and material should be implemented means; the total distance travel by the men and material should be minimized as much as possible. Further straight line movements should be promoted.
3. Floor:
Arranging the floor to move the material/finished products in forward direction towards the final stage.
4. Maximizing coordination:
Entry into and disposal from any department should be in such manner that it is most convenient to the issuing or receiving departments. The layout should be consider as a whole.
5. Minimum flexibility:
The layout should be able to modify when necessary.
6. Maximum accessibility:
All servicing and maintenance points should be readily accessible. For example; equipment should not be placed against a wall because necessary servicing or maintenance cannot be carried out easily. Further; equipments or other necessary units keep in front of a fuse box will impede the work of the electrician.
7. Safety security:
Due consideration to industrial safety methods is necessary. Care must be taken not only of the persons operating the equipment, but also of the passes-by, who may be required to go behind equipment as the back of which may be unsafe.
8. Minimum handling:
Reduce the material handling to the minimum. Material being worked on should be kept at working height and never have to be placed on the floor if it is to be lifted later.
The following principles also can be taken in to account when planning for a good plant layout;
• The geographical limitations of the site;
• Interaction with existing or planned facilities on site such as existing roadways, drainage and utilities routings;
• Interaction with other plants on site;
• The need for plant operability and maintainability;
• The need to locate hazardous materials facilities as far as possible from site boundaries and people living in the local neighborhood;
• The need to prevent confinement where release of flammable substances may occur;
• The need to provide access for emergency services;
• The need to provide emergency escape routes for on-site personnel;
• The need to provide acceptable working conditions for operators.
1. Integration:
Integrates of men, materials and machines and support services in order to get the optimum output of resources.
2. Cubic space utilization:
Utilization of both horizontal and vertical spaces and height is very important to use the space as much as possible.
3. Minimum distance:
Minimum travel of men and material should be implemented means; the total distance travel by the men and material should be minimized as much as possible. Further straight line movements should be promoted.
3. Floor:
Arranging the floor to move the material/finished products in forward direction towards the final stage.
4. Maximizing coordination:
Entry into and disposal from any department should be in such manner that it is most convenient to the issuing or receiving departments. The layout should be consider as a whole.
5. Minimum flexibility:
The layout should be able to modify when necessary.
6. Maximum accessibility:
All servicing and maintenance points should be readily accessible. For example; equipment should not be placed against a wall because necessary servicing or maintenance cannot be carried out easily. Further; equipments or other necessary units keep in front of a fuse box will impede the work of the electrician.
7. Safety security:
Due consideration to industrial safety methods is necessary. Care must be taken not only of the persons operating the equipment, but also of the passes-by, who may be required to go behind equipment as the back of which may be unsafe.
8. Minimum handling:
Reduce the material handling to the minimum. Material being worked on should be kept at working height and never have to be placed on the floor if it is to be lifted later.
The following principles also can be taken in to account when planning for a good plant layout;
• The geographical limitations of the site;
• Interaction with existing or planned facilities on site such as existing roadways, drainage and utilities routings;
• Interaction with other plants on site;
• The need for plant operability and maintainability;
• The need to locate hazardous materials facilities as far as possible from site boundaries and people living in the local neighborhood;
• The need to prevent confinement where release of flammable substances may occur;
• The need to provide access for emergency services;
• The need to provide emergency escape routes for on-site personnel;
• The need to provide acceptable working conditions for operators.
