20 Anti-fouling: Affection and Efficiency
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to compensate for this, resulting in enhanced emissions of damaging compounds [8].
It may also involve the need for heavier and less powerful equipment. The rise in
fuel usage can be as high as 40% [9] and the general cost of travel is as high as 77%
[1].
20.2.2 Economic and Mother Nature Impact
According to the International Maritime Organization, by 2020, the worldwide
trading vessels will burn about 500 million tons of fuel per year, which accounts
for about 90% of global product trade by referring to MARPOL Annex VI, IMO,
Sub-Committee on Bulk Liquids and Gasses 2007. According to [10], compared
to a predominantly fouling-free hull, the potential lack of fouling protection on vessel
hulls could add up to around 70% in propulsion energy.
If this is translated into easy-to-understand units, extremely effective anti-fouling
[AF] protection will save more than USD 150 billion annually in 2020. In regards
to the inspection, maintenance and repair of immersed surfaces, each of these variables contributes to enormous cost consequences. Unfortunately, the only undesirable impacts of fouling are not excessive financial expenses and the emission of
greenhouse effect.
It is now apparent that one of the marine species most prevalent vectors to be
implemented in non-native settings is via shipping. Fouled ships can be regarded
as “biological islands” that harbor bio-fouling communities within their hulls that
could possibly infest any waters the vessel is traveling through [11].
Some of these species have life cycle characteristics that can render them a
nuisance due to the correct environmental circumstances. The effects of such can
be, on the one side, by means of directly or indirectly competition with indigenous
species, effect on greater trophic concentrations, habitat change, and changes of
ecosystem domain. While, if flipping the coin, financial and social through cost of
loss of ecosystem features, impact on human health as well as control measures.
20.2.3 Marine Bio-fouling Phase
The organisms that participate in marine bio-fouling are primarily the naturally occurring [1]. It is also recorded that on fouled structures an abundant species was found,
and [12] subsequently increased in number of species. However, it only comprises
a very small share of the known marine organisms. Due to only certain species are
able to adapt to the man-made conditions and will stick strongly enough to prevent
washing away.
Ships are a case in point for a specific setting. It can only dominate forms adapted
to withstand large variations in conditions such as temperature, water course, and
225
to compensate for this, resulting in enhanced emissions of damaging compounds [8].
It may also involve the need for heavier and less powerful equipment. The rise in
fuel usage can be as high as 40% [9] and the general cost of travel is as high as 77%
[1].
20.2.2 Economic and Mother Nature Impact
According to the International Maritime Organization, by 2020, the worldwide
trading vessels will burn about 500 million tons of fuel per year, which accounts
for about 90% of global product trade by referring to MARPOL Annex VI, IMO,
Sub-Committee on Bulk Liquids and Gasses 2007. According to [10], compared
to a predominantly fouling-free hull, the potential lack of fouling protection on vessel
hulls could add up to around 70% in propulsion energy.
If this is translated into easy-to-understand units, extremely effective anti-fouling
[AF] protection will save more than USD 150 billion annually in 2020. In regards
to the inspection, maintenance and repair of immersed surfaces, each of these variables contributes to enormous cost consequences. Unfortunately, the only undesirable impacts of fouling are not excessive financial expenses and the emission of
greenhouse effect.
It is now apparent that one of the marine species most prevalent vectors to be
implemented in non-native settings is via shipping. Fouled ships can be regarded
as “biological islands” that harbor bio-fouling communities within their hulls that
could possibly infest any waters the vessel is traveling through [11].
Some of these species have life cycle characteristics that can render them a
nuisance due to the correct environmental circumstances. The effects of such can
be, on the one side, by means of directly or indirectly competition with indigenous
species, effect on greater trophic concentrations, habitat change, and changes of
ecosystem domain. While, if flipping the coin, financial and social through cost of
loss of ecosystem features, impact on human health as well as control measures.
20.2.3 Marine Bio-fouling Phase
The organisms that participate in marine bio-fouling are primarily the naturally occurring [1]. It is also recorded that on fouled structures an abundant species was found,
and [12] subsequently increased in number of species. However, it only comprises
a very small share of the known marine organisms. Due to only certain species are
able to adapt to the man-made conditions and will stick strongly enough to prevent
washing away.
Ships are a case in point for a specific setting. It can only dominate forms adapted
to withstand large variations in conditions such as temperature, water course, and