u201c a u201d creates a vacuum in first chamber 606 the vacuum created in first chamber 606 provides suction to conduit 106 u2032 as plunger 610 is drawn towards outlets 604 b fluid u201c f u201d fills first and second chamber 606 608 residual air trapped within container 604 and or conduit 106 u2032 is exhausted though hydrophobic membrane 612 once first and second chambers 606 608 are filled conduit 106 u2032 is disconnected from container 604 collection device 600 may include a valve or other mechanism not shown for draining container 604 alternatively collection device 600 may be discarded turning now to fig9 another embodiment of the present disclosure is shown generally as collection device 700 collection device 700 is substantially similar to collection device 600 and includes a container 704 having a first chamber 706 in fluid communication with a second chamber 708 first and second chambers 706 708 are separated by a divider an inlet port 704 a fluidly communicates conduit 106 u2032 with first chamber 706 an outlet port 704 b fluidly communicates second chamber 708 with a vacuum source not shown a plunger 710 is received within first chamber 706 plunger 710 includes a hydrophobic membrane 212 plunger 710 is configured to create a vacuum in first chamber 706 as plunger 710 is advanced in the direction of arrow u201c b u201d the vacuum in first chamber 706 causes fluid u201c f u201d to be drawn through conduit 106 u2032 once first chamber 706 is filled conduit 106 u2032 is disconnected from container 704 collection device 700 may include a valve or other mechanism not shown for.