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
Responding to a spill under COVID-19 conditions brought unparalleled challenges in all aspects of launching an effective spill response. This paper discusses the experiences and issues from a personal perspective and what lessons were learned.
To supply the global demand for plastic, significant quantities of pre-production plastic pellets are transported by sea in containers. Plastic pellets, or nurdles, are lentil-sized (typically < 5mm) pre-production raw materials used to fashion almost all day-to-day plastic items. Recent analysis estimates estimated around 230,000 tonnes of nurdles are lost to the environment annually.
The question as to whether oil tankers should carry oil spill response equipment onboard has been the subject of debate for many years. This paper focuses on the carriage and deployment of pollution response equipment from oil tankers. Nonetheless, many of the factors discussed can apply equally to the carriage of such equipment on the myriad other types of vessels trading commercially.
Droning on: A review of UAV use in recent spills attended by ITOPF and considerations for the future (2018)
This paper discusses the considerations for the use of UAVs at future oil spill incidents, based on its experience with other parties who have used the technology on site over a three year period, November 2014 to November 2017.
Based on ITOPF’s extensive experience providing advice on pollution mitigation and environmental risks posed by wrecks, this paper examines recent issues in the treatment of
wrecks. The authors highlight some key concerns regarding the equitable treatment of wrecks and argue that a more rigorous, technically-based decision making process be adopted and
promoted to ensure clarity and consistency for all parties.
This paper discusses the meaning of “international standards” for oil spill response in the context of remote operations. Practical examples are drawn from remote spills world-wide, including incidents in Tristan da Cunha, Madagascar, and Papua New Guinea.
What defines a successful response? Is it dependent upon satisfying potential critics? Does it depend on money saved or spent? Is it defined by avoiding or mitigating pollution damage? Or is it all of these things?
International responsibilities: Are we our brothers' Keeper? Oil spill preparedness and response: The role of industry (1997)
Government and the shipping and oil industries have invested heavily in creating and maintaining expensive oil spill response systems against a background of decreasing numbers of intermediate and major oil spills worldwide.
As exploitation of undersea oil moves further offshore floating production and storage systems offer a cost-effective alternative to conventional fixed platforms and seabed pipelines. Floating systems come in a variety of designs but due to their versatility, FPSOs (Floating Production, Storage and Offloading units) are a particularly popular choice.