A scroll compressor comprising: a compression section provided in a closed container, said closed container being vertically disposed, said compression section being disposed at a lower portion in said closed container and said compression section including • an orbiting scroll having volute teeth formed substantially symmetrically on both surfaces of an orbiting base plate, and a main shaft being penetrated through and fixed at a center portion of said orbiting scroll and • a pair of fixed scrolls (33/34) opposed to said both surfaces of said orbiting scroll, each of said fixed scrolls having a volute tooth corresponding to each of said volute teeth of said orbiting scroll to respectively form compression chambers; a motor provided in said closed container for driving said main shaft, said motor being disposed at an upper portion in said closed container; a suction pipe provided to said closed container for introducing a suction gas into said closed container and for causing said suction gas to be sucked into said compression section after cooling said motor; a discharge pipe provided to said closed container for discharging said suction gas compressed by said compression section; a lubricating oil storage chamber being formed in said closed container below said compression section; and an oil feed pump for sucking up a lubricating oil from said lubricating oil storage chamber being disposed at a lower end of said main shaft, characterised in that said closed container is partitioned by said compression section into a motor housing part and the lubricating oil storage chamber, said suction pipe is provided at said motor housing part, said discharge pipe is provided at said compression section, and an oil feed path is formed, said oil feed path communicating from said oil feed pump, running through inside of said main shaft, opening at a main shaft bearing of said upper fixed scroll, passing through a main shaft bearing of said orbiting scroll, passing through a main shaft bearing of said lower fixed scroll and reaching said lubricating oil storage chamber. a compression section provided in a closed container, said closed container being vertically disposed, said compression section being disposed at a lower portion in said closed container and said compression section including • an orbiting scroll having volute teeth formed substantially symmetrically on both surfaces of an orbiting base plate, and a main shaft being penetrated through and fixed at a center portion of said orbiting scroll and • a pair of fixed scrolls (33/34) opposed to said both surfaces of said orbiting scroll, each of said fixed scrolls having a volute tooth corresponding to each of said volute teeth of said orbiting scroll to respectively form compression chambers; • an orbiting scroll having volute teeth formed substantially symmetrically on both surfaces of an orbiting base plate, and a main shaft being penetrated through and fixed at a center portion of said orbiting scroll and • a pair of fixed scrolls (33/34) opposed to said both surfaces of said orbiting scroll, each of said fixed scrolls having a volute tooth corresponding to each of said volute teeth of said orbiting scroll to respectively form compression chambers; a motor provided in said closed container for driving said main shaft, said motor being disposed at an upper portion in said closed container; a suction pipe provided to said closed container for introducing a suction gas into said closed container and for causing said suction gas to be sucked into said compression section after cooling said motor; a discharge pipe provided to said closed container for discharging said suction gas compressed by said compression section; a lubricating oil storage chamber being formed in said closed container below said compression section; and an oil feed pump for sucking up a lubricating oil from said lubricating oil storage chamber being disposed at a lower end of said main shaft,