A process of dispensing fluid using the apparatus comprising the steps of: providing an apparatus comprising a nozzle comprising a nozzle inlet and a fluid flow discharge opening in fluid communication with said nozzle inlet, wherein said fluid flow discharge opening has a fluid flow discharge opening area; a fluid flow conduit in fluid communication with said nozzle inlet, said fluid flow conduit in fluid communication with a fluid source ; a fluid flow valve in line with said fluid flow conduit, wherein said fluid flow valve has a fluid flow valve open position and a fluid flow valve closed position; a vacuum conduit in fluid communication with a vacuum source , said vacuum conduit comprising a vacuum opening , wherein said vacuum opening is spatially proximate to said fluid flow discharge opening and wherein said vacuum opening has a vacuum opening area, and wherein said vacuum opening area to said fluid flow discharge opening area has a ratio of less than or equal to 1, preferably from 0.1 to 1, more preferably from 0.2 and 0.9, most preferably from 0.4 to 0.7; and a vacuum valve in line with said vacuum conduit, wherein said vacuum valve has a vacuum valve open position and a vacuum valve closed position, wherein said vacuum opening and said fluid flow discharge opening are separated by 0 mm to 100 mm; dispensing fluid from said fluid flow discharge opening; applying a vacuum while said fluid is dispensed; ending said vacuum once said fluid approaches a dosing amplitude of 0 mm, whereby dosing amplitude refers to the measurement of the width of the fluid stream at the widest part leaving the nozzle at a pre-determined distance from the fluid flow discharge opening, wherein said apparatus dispenses said fluid into compartments 150 of soluble-unit dose pouches. providing an apparatus comprising a nozzle comprising a nozzle inlet and a fluid flow discharge opening in fluid communication with said nozzle inlet, wherein said fluid flow discharge opening has a fluid flow discharge opening area; a fluid flow conduit in fluid communication with said nozzle inlet, said fluid flow conduit in fluid communication with a fluid source ; a fluid flow valve in line with said fluid flow conduit, wherein said fluid flow valve has a fluid flow valve open position and a fluid flow valve closed position; a vacuum conduit in fluid communication with a vacuum source , said vacuum conduit comprising a vacuum opening , wherein said vacuum opening is spatially proximate to said fluid flow discharge opening and wherein said vacuum opening has a vacuum opening area, and wherein said vacuum opening area to said fluid flow discharge opening area has a ratio of less than or equal to 1, preferably from 0.1 to 1, more preferably from 0.2 and 0.9, most preferably from 0.4 to 0.7; and a vacuum valve in line with said vacuum conduit, wherein said vacuum valve has a vacuum valve open position and a vacuum valve closed position, wherein said vacuum opening and said fluid flow discharge opening are separated by 0 mm to 100 mm; dispensing fluid from said fluid flow discharge opening; applying a vacuum while said fluid is dispensed; ending said vacuum once said fluid approaches a dosing amplitude of 0 mm, whereby dosing amplitude refers to the measurement of the width of the fluid stream at the widest part leaving the nozzle at a pre-determined distance from the fluid flow discharge opening, wherein said apparatus dispenses said fluid into compartments 150 of soluble-unit dose pouches. <EOS>