Integrated apparatus and system for the treatment of waste fluids and drain networks

An apparatus for treating greasy waste fluids comprising:

• a fluid inlet for receiving the waste fluids;
• a waste filtering device comprising a filtering basket covered with a filtering medium, the filtering basket comprising a resilient resonating frame configured for receiving the filtering medium in a stretched manner, the waste filtering device being for positioning downstream from the fluid inlet and being configured for retaining at least a portion of particulate matters contained in the waste fluids;
• a compartment so configured as to receive slow-releasing grease treating formulation;
• a fluid outlet positioned downstream from the compartment;
• an inflow valve located downstream from the fluid inlet and upstream from the waste filtering device;
• the inflow valve being so configured as to selectively close the fluid inlet;
• and
• a fluid deflector located downstream from the inflow valve and upstream from the waste filtering device;
• wherein the compartment is positioned in a flow path defined between the fluid inlet and the fluid outlet for contacting the waste fluids.

A system for treating greasy waste fluids and drain pipe networks, comprising:

• a reservoir having a bottom provided with a fluid outlet connected to a drain pipe network and a false-bottom including a drain assembly;
• a waste filtering device comprising a filtering basket covered with a filtering medium, the filtering basket comprising a resilient resonating frame configured for receiving the filtering medium in a stretched manner, the waste filtering device being for positioning downstream of the drain assembly;
• a compartment;
• and
• a solid or semi-solid slow-dissolving bio-cake in the compartment, the bio-cake comprising a slow-releasing grease treating formulation;
• wherein a) the waste filtering device is for removing a portion of particulate matters present in the waste fluids flowing from the reservoir to the drain pipe network and b) the compartment is so positioned in a flow path defined between the drain assembly and the fluid outlet for contacting the waste fluids with the bio-cake resulting in the gradual release of the grease treating formulation for treating the drain pipe network from greasy matters.

An apparatus for treating greasy waste fluids and drain pipe networks comprising:

• a fluid inlet for receiving the waste fluids;
• a waste filtering device comprising a filtering basket covered with a filtering medium, the filtering basket comprising a resilient resonating frame configured for receiving the filtering medium in a stretched manner, the waste filtering device being for positioning downstream from the fluid inlet and being configured for retaining at least a portion of particulate matters contained in the waste fluids;
• a compartment;
• a solid or semi-solid slow-dissolving bio-cake in the compartment, the bio-cake comprising a slow-releasing grease treating formulation comprising at least one active bacterial strain;
• and
• a fluid outlet positioned downstream from the compartment and connected to a drain pipe network;
• wherein the compartment is positioned in a flow path defined between the fluid inlet and the fluid outlet for contacting the waste fluids with the bio-cake resulting in the gradual release of the at least one active bacterial strain for colonizing the drain pipe network and biodegrading greasy waste fluids.

An apparatus for treating greasy waste fluids and drain pipe networks comprising:

• a fluid inlet for receiving the waste fluids;
• a waste filtering device comprising a filtering basket covered with a filtering medium, the filtering basket comprising a resilient resonating frame configured for receiving the filtering medium in a stretched manner, the waste filtering device being for positioning downstream from the fluid inlet and being configured for retaining at least a portion of particulate matters contained in the waste fluids;
• a compartment;
• a solid or semi-solid slow-dissolving bio-cake in the compartment, the bio-cake comprising a slow-releasing grease treating formulation comprising at least one active bacterial strain;
• and
• a fluid outlet positioned downstream from the compartment and connected to a drain pipe network;
• wherein the compartment is positioned in a flow path defined between the fluid inlet and the fluid outlet for contacting the waste fluids with the bio-cake resulting in the gradual release of the at least one active bacterial strain for colonizing the drain pipe network and biodegrading greasy waste fluids at room temperature.