Which of the following is a possible consequence of failure to maintain pipeline integrity?

Maintaining pipeline integrity is crucial for ensuring that pipelines operate efficiently and safely. When pipeline integrity is compromised, reduced operational efficiency is a significant consequence. This can occur due to leaks, corrosion, or other forms of degradation that can impede the flow of products, leading to decreased throughput and increased operational costs.

Compromised integrity can also result in unexpected shutdowns for repairs, further affecting productivity and efficiency. An inability to maintain optimal flow rates can lead to higher energy consumption as equipment works harder to move products through a damaged pipeline. Overall, reduced operational efficiency not only affects the bottom line but may also increase the risk of future integrity issues, creating a cycle that can be costly and dangerous.

While other choices might seem beneficial, they typically do not correlate with the failure to maintain pipeline integrity. For instance, increased product quality, enhanced public safety, and improved environmental conditions are outcomes associated with well-maintained pipelines, rather than consequences of their failure.