Rational Application of Chemicals in Response to Oil Spills May Reduce environmental Damage

J.E. Tamis, R.H. Jongbloed, C.C. Karman, W. Koops, A.J. Murk

Research output: Contribution to journalArticleAcademicpeer-review

15 Citations (Scopus)

Abstract

Oil spills, for example those due to tanker collisions and groundings or platform accidents, can have huge adverse impacts on marine systems. The impact of an oil spill at sea depends on a number of factors, such as spill volume, type of oil spilled, weather conditions, and proximity to environmentally, economically, or socially sensitive areas. Oil spilled at sea threatens marine organisms, whole ecosystems, and economic resources in the immediate vicinity, such as fisheries, aquaculture, recreation, and tourism. Adequate response to any oil spill to minimizedamage is therefore of great importance. Thecommonresponse to an oil spill is to remove all visible oil from the water surface, either mechanically or by using chemicals to disperse the oil into the water column to biodegrade. This is not always the most suitable response to an oil spill, as the chemical application itself may also have adverse effects, or no response may be needed. In this article we discuss advantages and disadvantages of using chemical treatments to reduce the impact of an oil spill in relation to the conditions of the spill. The main characteristics of chemical treatment agents are discussed and presented within the context of a basic decision support scheme.
Original languageEnglish
Pages (from-to)231-241
JournalIntegrated Environmental Assessment and Management
Volume8
Issue number2
DOIs
Publication statusPublished - 2011

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environmental damage
oil spill
oil
recreation
fishery
accident
water
aquaculture
resources
collision
economics
chemical
surface water
ecosystem
resource
sea

Cite this

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title = "Rational Application of Chemicals in Response to Oil Spills May Reduce environmental Damage",
abstract = "Oil spills, for example those due to tanker collisions and groundings or platform accidents, can have huge adverse impacts on marine systems. The impact of an oil spill at sea depends on a number of factors, such as spill volume, type of oil spilled, weather conditions, and proximity to environmentally, economically, or socially sensitive areas. Oil spilled at sea threatens marine organisms, whole ecosystems, and economic resources in the immediate vicinity, such as fisheries, aquaculture, recreation, and tourism. Adequate response to any oil spill to minimizedamage is therefore of great importance. Thecommonresponse to an oil spill is to remove all visible oil from the water surface, either mechanically or by using chemicals to disperse the oil into the water column to biodegrade. This is not always the most suitable response to an oil spill, as the chemical application itself may also have adverse effects, or no response may be needed. In this article we discuss advantages and disadvantages of using chemical treatments to reduce the impact of an oil spill in relation to the conditions of the spill. The main characteristics of chemical treatment agents are discussed and presented within the context of a basic decision support scheme.",
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Rational Application of Chemicals in Response to Oil Spills May Reduce environmental Damage. / Tamis, J.E.; Jongbloed, R.H.; Karman, C.C.; Koops, W.; Murk, A.J.

In: Integrated Environmental Assessment and Management, Vol. 8, No. 2, 2011, p. 231-241.

Research output: Contribution to journalArticleAcademicpeer-review

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T1 - Rational Application of Chemicals in Response to Oil Spills May Reduce environmental Damage

AU - Tamis, J.E.

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AU - Karman, C.C.

AU - Koops, W.

AU - Murk, A.J.

PY - 2011

Y1 - 2011

N2 - Oil spills, for example those due to tanker collisions and groundings or platform accidents, can have huge adverse impacts on marine systems. The impact of an oil spill at sea depends on a number of factors, such as spill volume, type of oil spilled, weather conditions, and proximity to environmentally, economically, or socially sensitive areas. Oil spilled at sea threatens marine organisms, whole ecosystems, and economic resources in the immediate vicinity, such as fisheries, aquaculture, recreation, and tourism. Adequate response to any oil spill to minimizedamage is therefore of great importance. Thecommonresponse to an oil spill is to remove all visible oil from the water surface, either mechanically or by using chemicals to disperse the oil into the water column to biodegrade. This is not always the most suitable response to an oil spill, as the chemical application itself may also have adverse effects, or no response may be needed. In this article we discuss advantages and disadvantages of using chemical treatments to reduce the impact of an oil spill in relation to the conditions of the spill. The main characteristics of chemical treatment agents are discussed and presented within the context of a basic decision support scheme.

AB - Oil spills, for example those due to tanker collisions and groundings or platform accidents, can have huge adverse impacts on marine systems. The impact of an oil spill at sea depends on a number of factors, such as spill volume, type of oil spilled, weather conditions, and proximity to environmentally, economically, or socially sensitive areas. Oil spilled at sea threatens marine organisms, whole ecosystems, and economic resources in the immediate vicinity, such as fisheries, aquaculture, recreation, and tourism. Adequate response to any oil spill to minimizedamage is therefore of great importance. Thecommonresponse to an oil spill is to remove all visible oil from the water surface, either mechanically or by using chemicals to disperse the oil into the water column to biodegrade. This is not always the most suitable response to an oil spill, as the chemical application itself may also have adverse effects, or no response may be needed. In this article we discuss advantages and disadvantages of using chemical treatments to reduce the impact of an oil spill in relation to the conditions of the spill. The main characteristics of chemical treatment agents are discussed and presented within the context of a basic decision support scheme.

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