Semiconductor workpiece processing methods, a method of preparing semiconductor workpiece process fluid, and a method of delivering semiconductor workpiece process fluid to a semiconductor processor

A semiconductor workpiece processing method comprising:

• providing a semiconductor processor system adapted to process a semiconductor workpiece using a process fluid;
• providing a sample of the process fluid in a substantially static state;
• monitoring the sample of the process fluid;
• controlling an operation of the semiconductor processor system responsive to the monitoring;
• and
• wherein the controlling the operation comprises controlling a flush system to at least one of prime and rinse a connection configured to transport the process fluid.

A semiconductor workpiece processing method comprising:

• providing a semiconductor processor adapted to process a semiconductor workpiece using a process fluid;
• transporting the process fluid relative to the semiconductor processor;
• monitoring turbidity of the process fluid;
• recirculating the process fluid after the;
• and
• wherein the recirculating comprises recirculating responsive to the turbidity of the process fluid being out of specification.

A semiconductor workpiece processing method comprising:

• providing a semiconductor processor adapted to process a semiconductor workpiece using a process fluid;
• transporting the process fluid relative to the semiconductor processor using a connection;
• monitoring accumulation of particulate matter within the connection;
• and
• controlling at least one operation of a semiconductor processor system comprising the semiconductor processor responsive to the monitoring.

A semiconductor workpiece processing method comprising:

• providing a semiconductor processor system having a process chamber adapted to process a semiconductor workpiece;
• processing the semiconductor workpiece within the process chamber using a process fluid;
• monitoring the process fluid;
• controlling at least one operation of the semiconductor processor system responsive to the monitoring;
• and
• flushing a connection configured to transport the process fluid, and the controlling comprises controlling the flushing.

A semiconductor workpiece processing method comprising:

• providing a semiconductor processor system having a process chamber adapted to process a semiconductor workpiece;
• processing the semiconductor workpiece within the process chamber using a process fluid;
• monitoring the process fluid;
• controlling at least one operation of the semiconductor processor system responsive to the monitoring;
• and
• transporting the process fluid relative to the process chamber using a connection and the monitoring comprises monitoring accumulation of particulate matter within the connection.

A semiconductor workpiece processing method comprising:

• providing a semiconductor processor system having a process chamber adapted to process a semiconductor workpiece;
• processing the semiconductor workpiece within the process chamber using a process fluid;
• monitoring the process fluid;
• controlling at least one operation of the semiconductor processor system responsive to the monitoring;
• receiving a start-up command of the semiconductor processor system;
• and
• priming a connection configured to transport the process fluid using a flush fluid responsive to the receiving.

A semiconductor workpiece processing method comprising:

• providing a semiconductor processor system having a process chamber adapted to process a semiconductor workpiece;
• processing the semiconductor workpiece within the process chamber using a process fluid;
• monitoring the process fluid;
• controlling at least one operation of the semiconductor processor system responsive to the monitoring;
• receiving a halt command of the semiconductor processor system;
• and
• flushing a connection configured to transport the process fluid responsive to the receiving.

A semiconductor workpiece processing method comprising:

• providing a semiconductor processor system having a process chamber adapted to process a semiconductor workpiece;
• processing the semiconductor workpiece within the process chamber using a process fluid;
• monitoring the process fluid;
• controlling at least one operation of the semiconductor processor system responsive to the monitoring;
• wherein the monitoring comprises monitoring turbidity of the process fluid;
• and
• transporting the process fluid relative to the process chamber using a connection and the monitoring comprises monitoring accumulation of particulate matter within the connection.

A semiconductor workpiece processing method comprising:

• providing a semiconductor processor system having a process chamber adapted to process a semiconductor workpiece;
• processing the semiconductor workpiece within the process chamber using a process fluid;
• monitoring the process fluid;
• controlling at least one operation of the semiconductor processor system responsive to the monitoring;
• wherein the monitoring comprises monitoring turbidity of the process fluid;
• receiving a start-up command of the semiconductor processor system;
• and
• priming a connection configured to transport the process fluid using a flush fluid responsive to the receiving.

A semiconductor workpiece processing method comprising:

• providing a semiconductor processor system having a process chamber adapted to process a semiconductor workpiece;
• processing the semiconductor workpiece within the process chamber using a process fluid;
• monitoring the process fluid;
• controlling at least one operation of the semiconductor processor system responsive to the monitoring;
• wherein the monitoring comprises monitoring turbidity of the process fluid;
• receiving a halt command of the semiconductor processor system;
• and
• flushing a connection configured to transport the process fluid responsive to the receiving.