A lubricant circulation system for a gas turbine engine comprising: a nose cone having an aperture communicating air to an interior space of the nose cone; a heat exchanger disposed in the interior space; an air pump at least partially disposed within the nose cone and configured to communicate air through the heat exchanger; and a lubricant circulation pathway suitable to be contained within a forward portion of the gas turbine engine and configured to circulate lubricant through the heat exchanger, the lubrication circulation pathway including: a scavenge line; a lubricant pump, wherein the scavenge line supplies lubricant to the lubricant pump; a lubricant filter, wherein lubricant is circulated from the lubricant pump to the lubricant filter before circulating lubricant to the heat exchanger; a lubricant distribution manifold configured to be at a forward end of a geared architecture that includes a front bearing assembly and a middle bearing assembly, wherein lubricant is circulated directly from the heat exchanger to the lubricant distribution manifold, and wherein the distribution manifold delivers lubricant to the geared architecture; and a lubricant reservoir, wherein, when in use, the lubricant from the geared architecture collects in the lubricant reservoir. a nose cone having an aperture communicating air to an interior space of the nose cone; a heat exchanger disposed in the interior space; an air pump at least partially disposed within the nose cone and configured to communicate air through the heat exchanger; and a lubricant circulation pathway suitable to be contained within a forward portion of the gas turbine engine and configured to circulate lubricant through the heat exchanger, the lubrication circulation pathway including: a scavenge line; a lubricant pump, wherein the scavenge line supplies lubricant to the lubricant pump; a lubricant filter, wherein lubricant is circulated from the lubricant pump to the lubricant filter before circulating lubricant to the heat exchanger; a lubricant distribution manifold configured to be at a forward end of a geared architecture that includes a front bearing assembly and a middle bearing assembly, wherein lubricant is circulated directly from the heat exchanger to the lubricant distribution manifold, and wherein the distribution manifold delivers lubricant to the geared architecture; and a lubricant reservoir, wherein, when in use, the lubricant from the geared architecture collects in the lubricant reservoir. a scavenge line; a lubricant pump, wherein the scavenge line supplies lubricant to the lubricant pump; a lubricant filter, wherein lubricant is circulated from the lubricant pump to the lubricant filter before circulating lubricant to the heat exchanger; a lubricant distribution manifold configured to be at a forward end of a geared architecture that includes a front bearing assembly and a middle bearing assembly, wherein lubricant is circulated directly from the heat exchanger to the lubricant distribution manifold, and wherein the distribution manifold delivers lubricant to the geared architecture; and a lubricant reservoir, wherein, when in use, the lubricant from the geared architecture collects in the lubricant reservoir.