Search engine for discovering works of Art, research articles, and books related to Art and Culture
ShareThis
Javascript must be enabled to continue!

Oil Spill Response Equipment Typing: An International Approach

View through CrossRef
Oil spill response equipment typing provides responders with necessary information to support selecting the best resource for the job. Simply stated, “kind and type” are the description and capability of an identified asset based on its capabilities, size, and use. “Kind and type” help guide Operations and Logistics personnel to a specific asset. Though the front-end argument for resource typing as an effective means of communicating capability for resource ordering has been a major focus, using “kind and type” also pays dividends on the back-end of the resource acquiring process when assets are summarized and tabulated to complete the Resource Summary or the ICS Form 209. Incident Commanders who do not insist on a strict “kind and type” routine may see misleading entries on their 209s. For example, mechanical recovery skimmers can be referred to as portable skimmers, OSRVs, skimming vessels, ocean skimmers and so on. Ultimately, on the ICS 209, the total number of all skimmers must be able to be categorized and counted so that the Effective Daily Recovery Capacity can be summarized. Correctly framing “kind and type” in the world of oil spill response equipment and personnel has been an elusive target. Several initiatives have paved the path to where we are today. Most recently, The International Maritime Organization's (IMO) release of Guidance for International Offers of Assistance in Response to Marine Oil Pollution Incidents, Appendix 12 Equipment Lexicon Glossary provides an internationally recognized equipment and personnel capability reference. Members of the response community in the Pacific Northwest have further refined the IMO Equipment Lexicon into regionally specific guidance, which is used to classify over 5,000 pieces of oil spill response equipment listed on the Western Response Resource List (WRRL). The WRRL is a web accessible response equipment database. The authors will describe the process of incorporating the IMO's Equipment Lexicon into the WRRL structure to create an enhanced list of “resources” and corresponding “kind and type” designations suitable for the equipment listed by resource owners. Additionally, the presenters will discuss how the enhanced WRRL can be used to; Locate and order response equipment during a drill or spill, Provide an overall picture of the region's response resources, Support the development and review of oil spill contingency plans, Assist in cost accounting, Track organization resources. For additional Information: www.wrrl.us/
Title: Oil Spill Response Equipment Typing: An International Approach
Description:
Oil spill response equipment typing provides responders with necessary information to support selecting the best resource for the job.
Simply stated, “kind and type” are the description and capability of an identified asset based on its capabilities, size, and use.
“Kind and type” help guide Operations and Logistics personnel to a specific asset.
Though the front-end argument for resource typing as an effective means of communicating capability for resource ordering has been a major focus, using “kind and type” also pays dividends on the back-end of the resource acquiring process when assets are summarized and tabulated to complete the Resource Summary or the ICS Form 209.
Incident Commanders who do not insist on a strict “kind and type” routine may see misleading entries on their 209s.
For example, mechanical recovery skimmers can be referred to as portable skimmers, OSRVs, skimming vessels, ocean skimmers and so on.
Ultimately, on the ICS 209, the total number of all skimmers must be able to be categorized and counted so that the Effective Daily Recovery Capacity can be summarized.
Correctly framing “kind and type” in the world of oil spill response equipment and personnel has been an elusive target.
Several initiatives have paved the path to where we are today.
Most recently, The International Maritime Organization's (IMO) release of Guidance for International Offers of Assistance in Response to Marine Oil Pollution Incidents, Appendix 12 Equipment Lexicon Glossary provides an internationally recognized equipment and personnel capability reference.
Members of the response community in the Pacific Northwest have further refined the IMO Equipment Lexicon into regionally specific guidance, which is used to classify over 5,000 pieces of oil spill response equipment listed on the Western Response Resource List (WRRL).
The WRRL is a web accessible response equipment database.
The authors will describe the process of incorporating the IMO's Equipment Lexicon into the WRRL structure to create an enhanced list of “resources” and corresponding “kind and type” designations suitable for the equipment listed by resource owners.
Additionally, the presenters will discuss how the enhanced WRRL can be used to; Locate and order response equipment during a drill or spill, Provide an overall picture of the region's response resources, Support the development and review of oil spill contingency plans, Assist in cost accounting, Track organization resources.
For additional Information: www.
wrrl.
us/.

Related Results

Oil Spill Combat Strategy & Lesson Learnt of Balikpapan Spill
Oil Spill Combat Strategy & Lesson Learnt of Balikpapan Spill
Among many discussions on effective response strategies during oil spill response operations at sea, this paper elaborates comprehensive information on oil spill combat strategy an...
The Southern Traffic Lane Spill (T/V Command): A Case Study of Spiller Accountability1
The Southern Traffic Lane Spill (T/V Command): A Case Study of Spiller Accountability1
ABSTRACT On September 24, 1998, the T/V Command had a small spill in San Francisco Bay, California while taking on bunkers in Anchorage Nine. The cause was determine...
Control of oil spills in urban areas
Control of oil spills in urban areas
The City of Toronto has experienced about 300 oil spills per year (Li 1997). Traditionally, the city recommends that businesses and industries practise pollution prevention and ins...
Control of oil spills in urban areas
Control of oil spills in urban areas
The City of Toronto has experienced about 300 oil spills per year (Li 1997). Traditionally, the city recommends that businesses and industries practise pollution prevention and ins...
ESA Section 7: Pre-spill Planning Updates and Emergency Consultations
ESA Section 7: Pre-spill Planning Updates and Emergency Consultations
ABSTRACT In 2001 the United States Coast Guard (USCG) and the Environmental Protection Agency (EPA) (collectively referred to as Action Agencies) along with the Depa...
OIL SPILL RESPONSE ORGANIZATION DEVELOPMENT—BOHAI SEA—CHINA
OIL SPILL RESPONSE ORGANIZATION DEVELOPMENT—BOHAI SEA—CHINA
ABSTRACT Oil spill response along the coast of China has been recognized as an important issue by the Chinese government. The Bohai Sea in particular, is an area of ...
OIL SPILL INTELLIGENCE REPORT INTERNATIONAL OIL SPILL DATABASE: TRENDS IN OIL SPILL VOLUMES AND FREQUENCY1
OIL SPILL INTELLIGENCE REPORT INTERNATIONAL OIL SPILL DATABASE: TRENDS IN OIL SPILL VOLUMES AND FREQUENCY1
ABSTRACT The Oil Spill Intelligence Report International Oil Spill Database contains records of more than 4100 major oil spill incidents (involving at least 10,000 g...

Back to Top