Atmospheric pressure venturi intermix regulator cartridge and emission conduit

An apparatus comprising:

• a chamber comprising a first plurality of inlet holes and a second plurality of inlet holes;
• and
• a conduit arranged at least partially within the chamber having a first opening arranged in the chamber;
• wherein the first plurality of inlet holes is configured to intake a first substance;
• wherein the second plurality of inlet holes is configured to intake a second substance;
• wherein a mixture of the first and second substances is created within the chamber and the mixture enters the conduit through the first opening;
• wherein the chamber comprises a longitudinal wall having the first plurality of inlet holes and the second plurality of inlet holes formed therethrough;
• wherein the chamber further comprises a first cap covering a lower portion of the chamber and a second cap covering an upper portion of the chamber;
• and
• wherein the second cap further comprises a cylindrical post extending from a surface of the second cap and comprising a passage therethrough through which the conduit passes.

An apparatus comprising:

• a chamber comprising a first plurality of inlet holes and a second plurality of inlet holes;
• and
• a conduit arranged at least partially within the chamber having a first opening arranged in the chamber;
• wherein the first plurality of inlet holes is configured to intake a first substance;
• wherein the second plurality of inlet holes is configured to intake a second substance;
• wherein a mixture of the first and second substances is created within the chamber and the mixture enters the conduit through the first opening;
• wherein the chamber comprises a longitudinal wall having the first plurality of inlet holes and the second plurality of inlet holes formed therethrough;
• and
• wherein the apparatus further comprises an external barrel positioned over the longitudinal wall comprising a first plurality of barrel inlet holes, wherein the external barrel is configured for rotation about the chamber between a first position in which the first plurality of barrel inlet holes overlap with the first plurality of inlet holes and a second position in which the first plurality of barrel inlet holes do not overlap with the first plurality of inlet holes.

A system comprising:

• a first chamber comprising:
• a propellant conduit configured to receive a propellant substance;
• and
• a containment area configured to hold a particulate substance;
• and
• an apparatus inserted into the first chamber and comprising:
• a second chamber comprising a first plurality of inlet holes and a second plurality of inlet holes;
• and
• a conduit arranged at least partially within the second chamber having a first opening arranged in the second chamber;
• wherein the first plurality of inlet holes is configured to intake the propellant substance into the second chamber;
• wherein the second plurality of inlet holes is configured to intake the particulate substance into the second chamber;
• wherein a mixture of the propellant substance and the particulate substance is created within the second chamber and the mixture enters the conduit through the first opening;
• and
• wherein the apparatus further comprises a conduit cap configured to secure the apparatus to the first chamber;
• and the conduit cap comprises:
• a channel therethrough configured to receive the conduit therein;
• and
• one or more sealing elements arranged outside of the first chamber configured to provide a seal of the containment area of the first chamber.

A system comprising:

• a first chamber comprising:
• a propellant conduit configured to receive a propellant substance;
• and
• a containment area configured to hold a particulate substance;
• and
• an apparatus inserted into the first chamber and comprising:
• a second chamber comprising a first plurality of inlet holes and a second plurality of inlet holes;
• and
• a conduit arranged at least partially within the second chamber having a first opening arranged in the second chamber;
• wherein the first plurality of inlet holes is configured to intake the propellant substance into the second chamber;
• wherein the second plurality of inlet holes is configured to intake the particulate substance into the second chamber;
• and
• wherein a mixture of the propellant substance and the particulate substance is created within the second chamber and the mixture enters the conduit through the first opening;
• and
• wherein the first plurality of inlet holes is disposed adjacent to a first end of the second chamber arranged in a lower portion of the containment area, and the second plurality of inlet holes are disposed adjacent to a second end of the second chamber arranged in an upper portion of the containment area.

A system comprising:

• a first chamber comprising:
• a propellant conduit configured to receive a propellant substance;
• and
• a containment area configured to hold a particulate substance;
• and
• an apparatus inserted into the first chamber and comprising:
• a second chamber comprising a first plurality of inlet holes and a second plurality of inlet holes;
• and
• a conduit arranged at least partially within the second chamber having a first opening arranged in the second chamber;
• wherein the first plurality of inlet holes is configured to intake the propellant substance into the second chamber:
• wherein the second plurality of inlet holes is configured to intake the particulate substance into the second chamber;
• wherein a mixture of the propellant substance and the particulate substance is created within the second chamber and the mixture enters the conduit through the first opening;
• wherein the propellant conduit is configured to be connected to a pressurized gas source and the propellant substance is the pressurized gas, and
• wherein the first chamber further comprises:
• a one-way flow valve adjacent to the propellant conduit configured to prevent flow of the propellant substance towards the pressurized gas source;
• and
• a filter configured to filter the propellant substance from the pressurized gas source.