A system for a turbine engine, comprising: a turbine engine component located within an engine compartment; a lubricant collection device (84; 84') fluidly coupled with the turbine engine component; and a plurality of lubricant circuits (88, 90; 88', 90') fluidly coupled between the lubricant collection device (84; 84') and the turbine engine component, and including a first circuit (88; 88') and a second circuit (90; 90') configured in parallel with the first circuit (88; 88'); each of the lubricant circuits (88, 90; 88', 90') including a lubricant pump (92, 96), and one of the lubricant circuits (88, 90; 88', 90') including a sump for the engine compartment; wherein the first and the second circuits (88, 90; 88', 90') receive lubricant from the lubricant collection device (84; 84') and direct the received lubricant to the turbine engine component; wherein the system further comprises a plurality of turbine engine rotors (40, 41, 42, 43, 44) arranged along an axis and including a first rotor and a second rotor, each of the engine rotors including a plurality of rotor blades arranged around and connected to a rotor disk; wherein the turbine engine component comprises a gear train; and wherein the first rotor is connected to and driven by the second rotor through the gear train; characterised in that: the lubricant collection device comprises a gutter fluidly coupled between the gear train and the sump; the lubricant circuits (88, 90; 88', 90') extend in parallel between the gutter and a lubricant manifold of the turbine engine component; and the gutter at least partially circumscribes and collects the lubricant from the gear train. a turbine engine component located within an engine compartment; a lubricant collection device (84; 84') fluidly coupled with the turbine engine component; and a plurality of lubricant circuits (88, 90; 88', 90') fluidly coupled between the lubricant collection device (84; 84') and the turbine engine component, and including a first circuit (88; 88') and a second circuit (90; 90') configured in parallel with the first circuit (88; 88'); each of the lubricant circuits (88, 90; 88', 90') including a lubricant pump (92, 96), and one of the lubricant circuits (88, 90; 88', 90') including a sump for the engine compartment; wherein the first and the second circuits (88, 90; 88', 90') receive lubricant from the lubricant collection device (84; 84') and direct the received lubricant to the turbine engine component; wherein the system further comprises a plurality of turbine engine rotors (40, 41, 42, 43, 44) arranged along an axis and including a first rotor and a second rotor, each of the engine rotors including a plurality of rotor blades arranged around and connected to a rotor disk; wherein the turbine engine component comprises a gear train; and wherein the first rotor is connected to and driven by the second rotor through the gear train; characterised in that: the lubricant collection device comprises a gutter fluidly coupled between the gear train and the sump; the lubricant circuits (88, 90; 88', 90') extend in parallel between the gutter and a lubricant manifold of the turbine engine component; and the gutter at least partially circumscribes and collects the lubricant from the gear train. the lubricant collection device comprises a gutter fluidly coupled between the gear train and the sump; the lubricant circuits (88, 90; 88', 90') extend in parallel between the gutter and a lubricant manifold of the turbine engine component; and the gutter at least partially circumscribes and collects the lubricant from the gear train.