A) Maximizing efficiency and reducing costs
B) Minimizing safety measures
C) Ignoring environmental regulations
D) Increasing manual labor

A) Identifying process steps that limit overall throughput
B) Focusing on non-critical areas
C) Adding unnecessary steps to the process
D) Ignoring operational delays

A) Creates confusion and inefficiency
B) Is unnecessary for optimization
C) Increases competition between departments
D) Ensures a holistic approach to problem-solving

A) Ignoring energy consumption
B) Using only fossil fuels
C) Maximizing the use of waste energy streams
D) Disconnecting energy sources

A) Must be a top priority to prevent accidents and ensure compliance
B) Increases costs unnecessarily
C) Can be disregarded in the pursuit of efficiency
D) Is not relevant in optimization

A) Cause disruptions in the process
B) Are not necessary for optimization
C) Increase inefficiencies
D) Provide insights for continuous improvement

A) Add unnecessary complexity to processes
B) Are irrelevant in petrochemical operations
C) Help measure and track progress towards optimization goals
D) Are only used for external reporting

A) Reduced profitability and increased risks
B) Decreased efficiency without consequences
C) Enhanced safety measures
D) No impact on operations

A) Gaming apps
B) Email clients
C) Social media platforms
D) Process simulation software