Disclosed is a mink slurry handling system (1) comprising a first collection tray (2) comprising a first tray inlet (3) at one end and a first tray outlet (4) at the other end, where the first collection tray (2) is arranged to extend beneath a first group (5) of mink cages (9) arranged substantially side by side. The mink slurry handling system (1) also includes a second collection tray (19) comprising a second tray inlet (6) at one end and a second tray outlet (7) at the other end, where the second collection tray (19) is arranged to extend beneath a second group (8) of mink cages (9) arranged substantially side by side and the handling system (1) includes a slurry acidification facility (10) comprising a slurry inlet (11) for leading a slurry mixture into the slurry acidification facility (10) and a slurry outlet (12) for leading acidified mink slurry out of the slurry acidification facility (10), wherein the first tray inlet (3) is connected to the second tray outlet (7), wherein the first tray outlet (4) is connected to the slurry inlet (11) either directly or through further collection trays and wherein the second tray inlet (6) is connected to the slurry outlet (12) either directly or through further collection trays. A method for reducing gaseous emission from a mink farm (18) is also disclosed.
