Crankcase filtration assembly with additive for treating condensate material

A method of crankcase ventilation in engine oil filtration comprising:

• receiving blow-by fluids ventilated by an engine into a crankcase filtration assembly;
• separating condensate material from the blow-by fluids;
• chemically treating the condensate material with an additive material when a condition is present in the condensate material, the step of chemically treating including releasing the additive material with a release mechanism disposed on the crankcase filtration assembly, the release mechanism configured to release the additive material when a releasing condition is present;
• releasing remaining gases of the blow-by fluids from the crankcase filtration assembly, as the condensate material is separated from the blow-by fluids, and
• releasing the condensate material from the crankcase filtration assembly and separately from the releasing of the remaining gases of the blow-by fluids.

A separation assembly for separation and treatment of a condensate material comprising:

• a housing having an inlet configured to receive a fluid material;
• a separator disposed within the housing, the separator configured to separate condensate material from the fluid material;
• the housing having an outlet configured to release remaining gases of the fluid material from the housing, as the condensate material is separated from fluid material, the housing having a drain configured to release the condensate material;
• an additive material disposed within the separation assembly, the additive material configured to chemically treat the condensate material when a condition is present in the condensate material, and
• a release mechanism disposed on the separation assembly, the release mechanism configured to release the additive material when a releasing condition is present.

A method of treating a condensate material present in a fluid material comprising:

• receiving fluid material into a separator assembly;
• separating condensate material from the fluid material;
• chemically treating the condensate material with an additive material when a condition is present in the condensate material, the step of chemically treating including releasing the additive material with a release mechanism disposed on the separator assembly, the release mechanism configured to release the additive material when a releasing condition is present;
• releasing remaining gases of the fluid material from the separator assembly, as the condensate material is separated from the fluid material, and
• releasing the condensate material from the separator assembly and separately from the releasing of the remaining gases of the fluid material.