초록 ▼

A method for removing oil from a body of water including providing a matrix having a longitudinally-directed column defined by oil-absorbing and/or oil-adsorbing blankets each affixed independently of each other to a connecting strip that extends along the length of the column; deploying the matrix

A method for removing oil from a body of water including providing a matrix having a longitudinally-directed column defined by oil-absorbing and/or oil-adsorbing blankets each affixed independently of each other to a connecting strip that extends along the length of the column; deploying the matrix to a body of water to bring the column into contact with the body of water; inducing tension in the connecting strip to move blankets of the column in unison relative to the body of water; collecting oil with the first and second blankets; and removing the blankets and at least a portion of the oil collected thereby. Also, an oil spill removal system including such a matrix and in which, during matrix movement in the longitudinal direction, drag on a following blanket of a matrix column is carried by the connecting strip rather than by a preceding blanket of that column.

대표청구항 ▼

1. A method for removing oil from a body of water, comprising the steps of: providing a plurality of columns of oil-absorbing and/or oil-adsorbing bodies of open cell foam wherein each column of the plurality of columns includes first and second foam bodies arranged to form the column and affixed in

1. A method for removing oil from a body of water, comprising the steps of: providing a plurality of columns of oil-absorbing and/or oil-adsorbing bodies of open cell foam wherein each column of the plurality of columns includes first and second foam bodies arranged to form the column and affixed independently of each other to a pair of connecting strips extending along the length of the column, the pair of connecting strips being located between opposite lateral edges of the first and second foam bodies and disposed proximate opposite edges of each of the first and second foam bodies and wherein each one of the pair of elongate connecting strips comprises a strip of material on each side of the foam bodies, the strips of material being attached together through the foam bodies;deploying the plurality of columns to a body of water to bring the plurality of columns into contact with the body of water;inducing tension in the connecting strips to move the first and second foam bodies of each of the plurality of columns in a column longitudinal direction relative to the body of water;moving the plurality of columns relative to the body of water with a boat;maneuvering the plurality of columns through the body of water to bring the plurality of columns into contact with an oil spill located on the body of water;collecting oil from the oil spill contained in the body of water with the first and second foam bodies of each of the plurality of columns and wherein the plurality of columns define a lateral gap between adjacent columns during the step of collecting; andremoving the first and second foam bodies of each of the plurality of columns and at least a portion of the oil collected thereby from the body of water, whereby oil is removed from the body of water. 2. The method of claim 1, comprising a step of recovering from the first and second foam bodies of each of the plurality of columns oil removed from the body of water; and wherein the first and second foam bodies of each of the plurality of columns are separated by a longitudinal gap. 3. The method of claim 2, comprising a step of bringing the first and second foam bodies of each of the plurality of columns into contact with the body of water subsequent to the step of recovering. 4. A method for removing oil from a body of water, comprising the steps of: providing a plurality of columns of oil-absorbing and/or oil-adsorbing bodies of open cell foam wherein each column of the plurality of columns includes first and second foam bodies arranged to form the column and affixed independently of each other to a pair of connecting strips extending along the length of the column, the pair of connecting strips being located between opposite lateral edges of the first and second foam bodies and disposed proximate opposite edges of each of the first and second foam bodies and wherein each one of the pair of elongate connecting strips comprises a strip of material on each side of the foam bodies, the strips of material being attached together through the foam bodies;deploying the plurality of columns to a body of water to bring the plurality of columns into contact with the body of water;inducing tension in the connecting strips to move the first and second foam bodies of each of the plurality of columns in a column longitudinal direction relative to the body of water;collecting oil contained in the body of water with the first and second foam bodies of each of the plurality of columns wherein the plurality of columns define a lateral gap between adjacent columns during the step of collecting;removing the first and second foam bodies of each of the plurality of columns and at least a portion of the oil collected thereby from the body of water, whereby oil is removed from the body of water; andwherein the plurality of columns are positioned on a rack and the step of deploying includes dispensing a first one of the plurality of columns longitudinally from the rack by applying tension to the connecting strips of the first one of the plurality of columns. 5. The method of claim 4, wherein the dispensing includes unrolling the first one of the plurality of columns from about an axis supported by the rack. 6. The method of claim 4, comprising steps of: moving the plurality of columns relative to the body of water with a boat; andmaneuvering the plurality of columns through the body of water to bring the plurality of columns into contact with an oil spill located on the body of water;wherein the step of collecting includes collecting oil from the oil spill with the first and second foam bodies of each of the plurality of columns. 7. The method of claim 1, wherein the step of moving includes towing the plurality of columns in a substantially longitudinal direction with the boat. 8. The method of claim 7, wherein the step of maneuvering includes utilizing at least one of an adjustable rudder and a sea anchor to control movement of the plurality of columns relative to the body of water and the boat. 9. The method of claim 6, wherein each of the plurality of columns is in the form of a continuously moveable endless belt carried by the boat.