Submarine hose configuration for transferring a gas from a buoy

A process for transferring a fluid through a single point mooring marine terminal, comprising:

• displacing a gas from a vessel storage tank by flowing a liquid into the vessel storage tank, wherein the gas comprises an exhaust gas from the vessel, wherein the exhaust gas comprises one or more contaminants, and wherein the one or more contaminants comprise an oxide of sulfur, an oxide of nitrogen, or a mixture thereof;
• and
• flowing the gas from the vessel storage tank through a buoy floating on a surface of a body of water to a gas pipeline end manifold located subsea, wherein:
• the buoy comprises a rotatable turntable comprising a fluid swivel assembly coupled thereto,
• the displaced gas flows through a gas transfer conduit that is in fluid communication with the vessel storage tank and the fluid swivel assembly, through the fluid swivel assembly, and through a gas submarine conduit that is in fluid communication with the fluid swivel assembly and the gas pipeline end manifold,
• the gas submarine conduit comprises one or more negatively buoyant members coupled thereto,
• the one or more negatively buoyant members coupled to the gas submarine conduit urge the gas submarine conduit toward a seafloor to maintain the gas submarine conduit in a Chinese lantern configuration between the floating buoy and the gas pipeline end manifold,
• the liquid flows from a liquid pipeline end manifold located subsea, through a liquid submarine conduit that is in fluid communication with the liquid pipeline end manifold and the fluid swivel assembly, through the fluid swivel assembly, and through a liquid transfer conduit that is in fluid communication with the fluid swivel assembly and the vessel storage tank, and
• the liquid submarine conduit is configured in a Chinese lantern configuration, a steep-S configuration, or a lazy-S configuration between the buoy and the second subsea location.