NOVELTY - Vaporizing, recovering, and conditioning liquefied natural gas involves vaporizing a major portion of a stream of liquefied natural gas, fractionating the partially vaporized natural gas stream, compressing the gas stream to increase its pressure by 50-150 psi, pumping the liquid stream to produce a high-pressure liquid stream, and vaporizing the high-pressure liquid stream.    USE - For vaporizing an LNG, recovering natural gas liquids from the LNG, and conditioning the LNG for delivery to a pipeline or for commercial use.    ADVANTAGE - The inventive method vaporizes the LNG to produce natural gas which meets pipeline specifications.    DETAILED DESCRIPTION - Vaporizing a liquefied natural gas (LNG), recovering natural gas liquids from the LNG, and conditioning the LNG for delivery to a pipeline or for commercial use involves vaporizing at least a major portion of a stream of LNG to produce an at least partially liquefied natural gas stream; fractionating the partially vaporized natural gas stream to produce a gas stream and a natural gas liquids stream; compressing the gas stream to increase its pressure by 50-150 psi to produce a compressed gas stream and cooling the vaporized stream by heat exchange with the stream of LNG to produce a liquid stream; pumping the liquid stream to produce a high-pressure liquid stream at 800-1200 psia; vaporizing the high-pressure liquid stream to produce a conditioned natural gas for delivery to a pipeline or for commercial use; and recovering at least a portion of the natural gas liquids.    An INDEPENDENT CLAIM is also included for a system for vaporizing an LNG stream, recovering natural gas from the LNG, and conditioning the LNG for delivery to a pipeline or for commercial use. The system comprises an LNG inlet line in fluid communication with an LNG source and a first heat exchanger (34); a distillation column (38) in fluid communication with the first heat exchanger and having a gas outlet and a natural gas liquids outlet; a compressor (50) in fluid communication with the gas outlet and a compressed gas outlet; a line in fluid communication with the compressed gas outlet and the first heat exchanger; and a pump (18) in fluid communication with the first heat exchanger and a second heat exchanger.    DESCRIPTION OF DRAWING(S) - The figure shows the inventive method.    Pump (18)    Heat exchanger (34)    Distillation column (38)    Compressor (50)