Proper content management contributes directly to balance sheet
gain. The restoration techniques take care of the relevant
aspects:
- Economic Aspects — The expense of the restoration effort and
the money saved by such measures can be compared to the cost of not
making any restoration effort. When the damages involved in the
restoration campaign are as much as the expense of the item itself
is procured, it is not Wahhabi to go with the endeavor.
- Part Idleness Duration-Long-term methods may vary from
short-term methods.
- Spare Part or Material Condition-Whether the item is not
intended to last long or has eroded so badly that restoration only
has a slight impact, it might not be worth the effort to save
it.
- Viability of the Preserving Method-If a preserving method
provides a small increase in the life of a commodity, it may not be
worthwhile because of the costs involved with the procedure.
A separate "Preserving Book" is also ideal, and is open to those
involved within an organization. This Handbook will be as detailed
as possible.
Agents of Deterioration:
- Physical forces: Examples of dangerous physical forces can
include those that are sudden and devastating, including both
natural catastrophe and operator error (such as earthquakes, or
bumping or falling an object), or slower behaving with small yet
frequent opportunities for damage (such as inadequate handling
during testing and educational usage, or vibrations from nearby
construction).
- Thieves, Looters, Displacers: It covers, Planned robbery by
those intending to damage the set, unscrupulous tourist fraud,
staff maltreatment, and arson.
- Fire: Fire will theoretically result in the sudden and
devastating destruction of a whole array.
- Water: Water collections storage areas are often located in
attic or basement spaces that are more vulnerable to water loss in
the case of a roof or plumbing failure, breakdown of the sprinkler
system or flood.
- Pests: The plagues contain both mice and insects. Mold / mildew
/ fungi is often considered by others to be into this
umbrella.
- Pollutants: Pollutants can be produced in buildings, both
outside and within. Many chemicals considered to cause problems in
human health can also pose damage to collections. Particulates and
gasses are the two general types of pollutants which contribute to
the deterioration of museum collections. These may be moved by
close communication or airborne.
- Light: Radiation damage (visible, ultraviolet or infrared),
which is continuous and, if incurred, permanent, is a property of
luminous intensity (in lux or footcandles) times the exposure
duration.
- Incorrect Temperature: The adverse effects of inappropriate
temperature (either too high or too low) are always observed after
a significant amount of time has passed, thereby underestimating
the gradual degradation which occurs.
- Incorrect Relative Humidity: Natural products all contain
moisture; they absorb and release moisture, and seek to strike a
balance between their humidity and that in the air surrounding
them. If the humidity (moisture content) in the air goes up,
moisture and swell will be absorbed, and if it goes down they will
give off humidity and shrink. If this occurs slowly and gradually
then it does not do any harm. Nevertheless, abrupt, significant and
regular changes in relative humidity can cause the objects made of
organic materials to shrink, warp, break, and gradually age. A
sudden rise in relative humidity will cause metal objects to
condense, which will encourage corrosion.
- Custodial Negligence & Dissociation: Another instance of
custodial negligence happens where diligent action is not taken to
protect the collection, or where the collection records and
procedures are not up to date. The second form of custodial
negligence is that collection items are disassociated from their
data.