An apparatus, method and system for generating air bubbles

A method for generating air bubbles, the method comprising:

• directing, by at least one wind sail, an air flow into the vessel;
• receiving, by a first vertical elongated conduit, the air flow directed by the at least one sail, wherein the elongated conduit comprises the plurality of slots for receiving the air flow;
• increasing, by a horizontal elongated conduit, the air flow there within horizontal elongated conduit, wherein the increased air flow is capable of generating energy;
• directing, by a second vertical elongated conduit, the increased air flow at bottom portion of the vessel;
• and
• receiving, by an air bubble generating mechanism, the increased air flow for creating a layer of air bubbles adjacent a submerged region of the vessel and thereby enhancing speed of the vessel.

A system for generating air bubbles, the system comprising:

• a repository having a hardware processor and a memory communicatively coupled to the hardware processor, wherein the memory stores the hardware processor instructions, wherein the repository is configured to store instructions related to generating air bubbles at bottom portion of a vessel;
• an air flow manager configured to:
• direct air flow into the vessel;
• receive the air flow into at least first vertical elongated conduit, wherein the first vertical elongated conduit have the plurality of slots to receive the air flow;
• increase the air flow there within the horizontal elongated conduit, wherein the increased air flow is capable of generating energy;
• direct the increased air flow to the at least first vertical elongated conduit, wherein the at least first vertical elongated conduit further directs the increased air flow near bottom portion of the vessel;
• receive the increased air flow for creating a layer of air bubbles adjacent a submerged region of the vessel and thereby enhancing speed of the vessel;
• a risk control manager configured to:
• receive inputs from the air flow manager;
• perform analysis by employing at least one of artificial intelligence technique on the received inputs;
• and
• generate a suggestive report to provide an optimum solution to control the air flow.