Well and service vessel for transport and storage of aquatic organisms

1. An arrangement for a well boat- and service vessel ( 1 ) for transporting or storing fish or other aquatic organisms, the well boat- and service vessel ( 1 ) comprising: a self-floating, exchangeable well unit ( 2 ) for transporting live fish and other live aquatic organisms, the fish and aquatic organisms being transferred live from a first location to a second location; and

a propulsion unit ( 3 ),

wherein the propulsion unit comprises propulsion means ( 4 ), steering and positioning means, a dock ( 5 ) for the well unit, positioning and attachment means for positioning and securing the well unit ( 2 ) in the dock ( 5 ) while the well unit is filled with water and live fish, and a ballast system for raising and lowering the propulsion unit in the water, and

wherein the well unit includes a fish feeding system.

2. An arrangement for a well boat- and service vessel ( 1 ) for transporting or storing fish or other aquatic organisms, the well boat- and service vessel ( 1 ) comprising: a self-floating, exchangeable well unit ( 2 ) for transporting live fish and other live aquatic organisms, the fish and aquatic organisms being transferred live from a first location to a second location, where the well unit comprises a ballast system for raising and lowering the propulsion unit in the water; and

a propulsion unit ( 3 ),

wherein the propulsion unit comprises propulsion means ( 4 ), steering and positioning means, a dock ( 5 ) for the well unit, positioning and attachment means for positioning and securing the well unit ( 2 ) in the dock ( 5 ) while the well unit is filled with water and live fish.

3. A system for a well boat- and service vessel ( 1 ) for transporting or storing fish or other aquatic organisms, the well boat- and service vessel ( 1 ) comprising: a plurality of self-floating, exchangeable well units for transporting live fish and other live aquatic organisms, the fish and aquatic organisms being transferred live from a first location to a second location; and

a propulsion unit ( 3 ),

wherein the propulsion unit comprises propulsion means ( 4 ), steering and positioning means, a dock ( 5 ) for at least one of the well units, positioning and attachment means for positioning and securing at least one of the well units in the dock ( 5 ), and

wherein each well unit includes a fish feeding system.

4. A method for the use of a well boat- and service vessel ( 1 ) for transporting or storing fish or other aquatic organisms, where the well boat- and service vessel comprises i) a self-floating, exchangeable well unit ( 2 ) for transporting live fish and other live aquatic organisms, the fish being transferred live from a first location to a second location and ii) a propulsion unit ( 3 ), where the propulsion unit comprises propulsion means ( 4 ), steering and positioning means, a dock ( 5 ) for the well unit, positioning and attachment means for positioning and securing the well unit ( 2 ) in the dock ( 5 ), and a ballast system for raising and lowering the propulsion unit in the water, the method comprising the steps of:

maneuvering the propulsion unit ( 3 ) to the well unit ( 2 ),

lowering the propulsion unit ( 3 ) down into the water by means of the ballast system so that the propulsion unit ( 3 ) is able to drive in under the well unit ( 2 ),

positioning and attaching the well unit ( 2 ) onto a surface of the dock ( 5 ) on the propulsion unit ( 3 ), wherein this operation comprises the act of raising the propulsion unit ( 3 ), during said positioning and attaching step, the well unit containing live fish, and

transporting the well unit ( 2 ) and the live fish therein with the aid of the propulsion means ( 4 ) on the propulsion unit to a destination at the second location,

wherein the live fish is live farmed fish and the destination is a fish processing location.

5. A method for the use of a well boat- and service vessel ( 1 ) for transporting or storing fish or other aquatic organisms, where the well boat- and service vessel comprises i) a self-floating, exchangeable well unit ( 2 ) for transporting live fish and other live aquatic organisms, the fish and aquatic organisms being transferred live from a first location to a second location and ii) a propulsion unit ( 3 ), where the propulsion unit ( 3 ) comprises propulsion means ( 4 ), steering and positioning means, a dock ( 5 ) for the well unit ( 2 ), positioning and attachment means for positioning and securing the well unit ( 2 ) in the dock ( 5 ), and wherein the well unit ( 2 ) comprises a ballast system for raising and lowering the well unit in the water, the method comprising the steps of:

maneuvering the propulsion unit ( 3 ) to the well unit ( 2 ),

raising the well unit ( 2 ) up in the water by means of the ballast system, so that the propulsion unit ( 3 ) is able to drive in under the well unit ( 2 ),

positioning and securing the well unit ( 2 ) onto a surface of the dock ( 5 ) on the propulsion unit ( 3 ), wherein this operation comprises the act of lowering the well unit ( 2 ) during said positioning and securing step, the well unit containing live fish, and

transporting the well unit ( 2 ) and the live fish therein with the aid of the propulsion means ( 4 ) on the propulsion unit ( 3 ) to a destination at the second location.

6. The method according to claim 4 , wherein the propulsion unit ( 3 ) delivers the well unit ( 2 ) to the destination by reversing the given steps, whereupon the propulsion unit proceeds to another location to fetch another well unit, thereafter to bring this to a new destination.

7. The method according to claim 4 , wherein the propulsion unit ( 3 ) delivers the well unit ( 2 ) to the destination by reversing the given steps, whereupon the propulsion unit ( 3 ) takes with it another well unit from the destination and brings the well unit to a new destination.

8. The method according to claim 5 , wherein the propulsion unit ( 3 ) delivers the well unit ( 2 ) to the destination by reversing the given steps, whereupon the propulsion unit proceeds to another location to fetch another well unit, thereafter to bring this to a new destination.

9. The method according to claim 5 , wherein the propulsion unit ( 3 ) delivers the well unit ( 2 ) to the destination by reversing the given steps, whereupon the propulsion unit ( 3 ) takes with it another well unit from the destination and brings the well unit to a new destination.

10. The method according to claim 4 , wherein,

during said step of maneuvering the propulsion unit ( 3 ) to the well unit ( 2 ), the surface of the dock ( 5 ) onto which the well unit ( 2 ) is positioned during said position and attaching step, is located within the water, and

during said step of transporting the well unit ( 2 ), the surface of the dock ( 5 ) onto which the well unit ( 2 ) is positioned during said position and attaching step, remains located within the water.

11. The method according to claim 5 , wherein,

during said step of maneuvering the propulsion unit ( 3 ) to the well unit ( 2 ), the surface of the dock ( 5 ) onto which the well unit ( 2 ) is positioned during said position and attaching step, is located within the water, and

during said step of transporting the well unit ( 2 ), the surface of the dock ( 5 ) onto which the well unit ( 2 ) is positioned during said position and attaching step, remains located within the water.

12. The method according to claim 5 , wherein the live fish is live farmed fish and the destination is a fish processing location.

13. The arrangement of claim 2 , wherein the well unit includes a fish feeding system.

14. The method according to claim 4 , wherein the well unit includes a fish feeding system, and the method includes operating the fish feeding system during said transporting the well unit step.

15. The method according to claim 5 , wherein the well unit includes a fish feeding system, and the method includes operating the fish feeding system during said transporting the well unit step.