System and method for supplying slurry to a semiconductor processing machine

A system for supplying a slurry of a liquid containing suspended particles to a semiconductor processing machine, where the slurry is used inprocessing semiconductor wafers, the system comprising:

• a supply of slurry;
• and
• a delivery subsystem operatively associated with the supply of slurry, the delivery subsystem being configured to deliver slurry to the semiconductor processing machine, where the delivery subsystem includes a basin, a first pump associated with the basin, where the first pump is configured to convey slurry from the supply to the basin, and a second pump configured to convey slurry from the basin to the semiconductor processing machine;
• wherein the basin includes a top portion and an overflow gate oriented in the top portion, the overflow gate being configured to channel slurry out of the basin, thereby inhibiting the settling of suspended particles in the slurry.

A system for supplying a slurry of a liquid containing suspended particles to a semiconductor processing machine, where the slurry is used in processing semiconductor wafers, the system comprising:

• a supply of slurry;
• and
• a delivery subsystem operatively associated with the supply of slurry, the delivery subsystem being configured to delivery slurry to the semiconductor processing machine, where the delivery subsystem includes a basin, a first pump associated with the basin, where the first pump is configured to convey slurry from the supply to the basin, and a second pump configured to convey slurry from the basin to the semiconductor processing machine;
• wherein the basin includes a container configured to receive slurry, a drain in the container, the drain being configured to allow slurry to flow from the container, wherein the slurry in the container is agitated by the flow of slurry in the container and out of the container through the drain, and an enclosure surrounding the container, the enclosure being configured to collect slurry flowed through the drain of the container.

A system for supplying a slurry of a liquid containing suspended particles to a semiconductor processing machine, where the slurry is used in processing semiconductor wafers, the system comprising:

• a supply of slurry;
• a basin configured to hold slurry, the basin including a drain positioned in a bottom portion of the basin, the drain being configured to allow slurry to flow from the basin;
• an inflow conduit extending from the supply to the basin, the inflow conduit being configured to direct slurry from the supply to the basin;
• and
• an outflow conduit extending from the basin to the semiconductor processing machine, the outflow conduit being configured to direct slurry from the basin to the semiconductor processing machine;
• wherein the slurry in the basin is agitated by flow of slurry into the basin through the inflow conduit and out of the basin through the drain, thereby inhibiting the settling of suspended particles in the slurry.

A system for supplying a slurry of a liquid containing suspended particles to a semiconductor processing machine, where the slurry is used in processing semiconductor wafers, the system comprising:

• a supply of slurry;
• a basin configured to hold slurry, the basin including a drain configured to allow slurry to flow from the basin;
• an inflow conduit extending from the supply to the basin, the inflow conduit being configured to direct slurry from the supply to the basin;
• and
• an outflow conduit extending from the basin to the semiconductor processing machine, the outflow conduit being configured to direct slurry from the basin to the semiconductor processing machine;
• wherein the slurry in the basin is agitated by flow of slurry into the basin through the inflow conduit and out of the basin through the drain, thereby inhibiting the settling of suspended particles in the slurry;
• and
• wherein the basin is configured with top portion and a lip to allow the slurry in the basin to overflow to inhibit the settling of suspended particles in the slurry.