A moisture separation system to separate moisture from gas extracted from a drilling fluid while drilling, the moisture separation system comprising: a gas extraction unit arranged to receive drilling fluid; and a condensation device fluidly connected to the gas extraction unit, the condensation device comprising: a body having a first end and a second end and an exterior wall defining an interior surface, wherein the first end includes a first connector fluidly connected to the gas extraction unit, and the second end includes a second connector fluidly connected to a gas analysis unit; an interior passage providing a connection from the first end to the second end; an inner support, the inner support having an interior wall dividing the interior passage into a first interior passage and a second interior passage; an angled support path within the first interior passage, the angled support path extending from the interior surface and angled with respect to gravity, wherein the angled support path forms a condensation trap and is configured to direct a condensate toward the first end and away from the interior surface by the operation of gravity, the condensation trap comprising one or more apertures formed within the interior wall to direct the condensate into the second interior passage; and a gas bypass located proximate the second end configured to provide a passage for gas from the second interior passage into the second connector. a gas extraction unit arranged to receive drilling fluid; and a condensation device fluidly connected to the gas extraction unit, the condensation device comprising: a body having a first end and a second end and an exterior wall defining an interior surface, wherein the first end includes a first connector fluidly connected to the gas extraction unit, and the second end includes a second connector fluidly connected to a gas analysis unit; an interior passage providing a connection from the first end to the second end; an inner support, the inner support having an interior wall dividing the interior passage into a first interior passage and a second interior passage; an angled support path within the first interior passage, the angled support path extending from the interior surface and angled with respect to gravity, wherein the angled support path forms a condensation trap and is configured to direct a condensate toward the first end and away from the interior surface by the operation of gravity, the condensation trap comprising one or more apertures formed within the interior wall to direct the condensate into the second interior passage; and a gas bypass located proximate the second end configured to provide a passage for gas from the second interior passage into the second connector. a body having a first end and a second end and an exterior wall defining an interior surface, wherein the first end includes a first connector fluidly connected to the gas extraction unit, and the second end includes a second connector fluidly connected to a gas analysis unit; an interior passage providing a connection from the first end to the second end; an inner support, the inner support having an interior wall dividing the interior passage into a first interior passage and a second interior passage; an angled support path within the first interior passage, the angled support path extending from the interior surface and angled with respect to gravity, wherein the angled support path forms a condensation trap and is configured to direct a condensate toward the first end and away from the interior surface by the operation of gravity, the condensation trap comprising one or more apertures formed within the interior wall to direct the condensate into the second interior passage; and a gas bypass located proximate the second end configured to provide a passage for gas from the second interior passage into the second connector.