To extend plant life, critical investment decisions need to be made based on complex factors ranging from economic and regulatory affairs to infrastructure and component obsolescence. If not managed effectively, these decisions can pose an overwhelming challenge to utilities.
Fuel Cycle Costs (enrichment, fabrication, and backend) make up a significant portion of a plant’s operating costs and must be reduced to remain competitive in the ever-changing energy landscape.
BWR fuel failures create significant repair or replacement expenses, extended outages, and in many cases mid-cycle outages. Failure mechanisms include debris fretting, pellet cladding interaction, and manufacturing defects.
As BWR plants age, unplanned emergent repairs are required to maintain plant operability and reduce downtime.
Experts with decades of knowledge within the nuclear industry are leaving at an alarming rate. Utilities struggle to bridge the gap in experience level as quickly as needed.
APPROXIMATELY
$600M
a year are spent by BWR plants on plant reliability and long- term operations
up to
$100M
typical fuel cycle costs for a BWR reactor
APPROXIMATELY
$3-8M
cost of fuel failure (depending on need for mid-cycle outage)
EPRI estimate based on outage time
over
$1M
of lost revenue & additional costs for every outage day to resolve emergent issues
50%
of the current energy utility workforce will retire within the next 10 years