Documents & Guides
Explore a variety of topics about marine spills, response and compensation matters in the pages below.
Each topic and area of interest provides access to more detailed documentation that is freely downloadable.
This includes our 18 Technical Information Papers which are fully illustrated with photos and diagrams and are available in several languages.
What legal arrangements and sources of compensation are available for a spill from a ship?
What planning and waste management systems need to be put in place to reduce the volume of oily waste for treatment or disposal?
How does oil impact seabirds, plankton, sea mammals and the shoreline?
What are the specific chemical response strategies for responding to a Hazardous and Noxious Substance spill, and what are the potential effects on human and marine life?
What information is needed for an effective oil spill contingency plan? How can aerial observation and protective strategies assist with response operations?
Which industries might suffer temporary economic losses and loss of market confidence?
What happens to oil in the marine environment over time when spilled at sea? How do different factors such as volume and physical and chemical properties affect the fate of oil spills?
What techniques are available for cleaning up oil at sea and on the shoreline?
Explore the Resources
Against a background of reducing oil spills from tankers, maintaining oil spill preparedness and response is a challenge.This paper highlights the evolution of expectations and realities in preparedness and response over time.
This information document is offered to delegates in order to provide some background to the origin of ITOPF and its role in supporting the P&I Clubs and the IOPC Funds following incidents. It provides a description of ITOPF's funding and its objectivity in spill response and preparedness.
Oil spills may contaminate both mariculture facilities and livestock. Prevention of oiling should therefore be afforded a high priority. A number of traditional spill response measures but also self-help response options are open to mariculturalists, that may avoid or limit the effects of spilled oil. The advantages and drawbacks of each of these approaches in the context of oil spill response are discussed.
Ships interact with the environment in which they operate in many ways. Shipping casualties provide the most visual manifestation of the interaction between ships and the marine environment, especially if they result in the death of crew or passengers, or in the release of hazardous cargo or fuel.
Fishing and aquaculture harvesting bans are increasingly used as an oil spill management tool, with the intention of protecting public health and consumer markets. Such bans are easily imposed, but a rational basis is needed for maintaining and lifting them. Scientific criteria offer the best prospect for administering fishery bans in a consistent way, but recent marine pollution incidents reveal contradictions in their application.
Does cleaning oiled seabirds have conservation value? Insights from the South African experience with African Penguins (2007)
Although there is general consensus among investigators that large numbers of seabirds are killed as a result of oil spills, there is disagreement, mostly in the northern hemisphere, about the extent to which oil mortality is biologically significant to local, regional and global populations.
This paper reviews a number of recent incidents of pollution form shipping and describes how the application of scientific methods for assessing damage helps to maintain a consistent approach to the implementation of relevant maritime legislation. These cases cover a range of political and cultural settings and serve to identify and assess damage against the background of a complex and highly variable marine environment.
The number of oil spills from tanker ships has decreased significantly over the last 30 years. This paper examines trends in tanker oil spills worldwide over the 10 year period from 1995 to 2004 and analyses potential influences on spill volumes and frequencies for incidents of 3 different spill size classes.