A method for wetting volatile material positioned on a filter from an additive manufacturing process, the method comprising: passing a passivation fluid to an interior space of a filtration system comprising an outer housing, one or more filtration mediums structurally configured to filter gas passed from a dirty side of the one or more filtration mediums to a clean side of the one or more filtration mediums, wherein the interior space is defined at least in part by the outer housing and the dirty side of the one or more filtration mediums; detecting an amount of passivation fluid passed to the interior space with a volume detection device configured to detect a volume and/or a flow rate of passivation fluid passing through a filling device into the interior space; determining whether the amount of passivation fluid passed to the interior space is less than a configurable threshold; in response to determining that the amount of passivation fluid passed to the interior space is less than the configurable threshold, continuing to pass the passivation fluid to the interior space, wherein continuing to pass the passivation fluid to the interior space comprises maintaining a valve in communication with the interior space in an open position; and in response to determining that the amount of passivation fluid passed to the interior space is not less than the configurable threshold, stopping the passing of passivation fluid to the interior space, wherein stopping the passing of passivation fluid to the interior space comprises moving a valve in communication with the interior space into a closed position, wherein the configurable threshold is determined by an amount of passivation fluid to fill the interior space and one or more inner chambers defined by the one or more filtration mediums. passing a passivation fluid to an interior space of a filtration system comprising an outer housing, one or more filtration mediums structurally configured to filter gas passed from a dirty side of the one or more filtration mediums to a clean side of the one or more filtration mediums, wherein the interior space is defined at least in part by the outer housing and the dirty side of the one or more filtration mediums; detecting an amount of passivation fluid passed to the interior space with a volume detection device configured to detect a volume and/or a flow rate of passivation fluid passing through a filling device into the interior space; determining whether the amount of passivation fluid passed to the interior space is less than a configurable threshold; in response to determining that the amount of passivation fluid passed to the interior space is less than the configurable threshold, continuing to pass the passivation fluid to the interior space, wherein continuing to pass the passivation fluid to the interior space comprises maintaining a valve in communication with the interior space in an open position; and in response to determining that the amount of passivation fluid passed to the interior space is not less than the configurable threshold, stopping the passing of passivation fluid to the interior space, wherein stopping the passing of passivation fluid to the interior space comprises moving a valve in communication with the interior space into a closed position, wherein the configurable threshold is determined by an amount of passivation fluid to fill the interior space and one or more inner chambers defined by the one or more filtration mediums.