ANI Generic Study (1989)

• Generic end-states used.
• Included cost information from the accident at Three Mile Island Unit 2, both in severity and cost.
• Estimated both PWR and BWR cleanup costs for generic 800 MWe plants.

Diablo Canyon, Palo Verde and Ginna Studies (1990-1991)

• Customized the Generic Study to Diablo Canyon.
• Dose rates determined using plant-specific configuration and dimensions.
• Overhead quantified using plant-specific costs.
• Costs scaled to other end-states using industry guidelines.

Waterford Study (1991-1992)

• End-states developed corresponding to actual plant-specific PRA accident sequences.
• Benchmarking of costs to TMI-2 performed in a more sophisticated manner regarding fission product inventory and release.
• Productivity factor incorporated to reflect crew replacements due to burnout.
• Support activities scaled to workscope prior to labor adjustment for dose.
• Overhead itemized as staffing and G&A costs.
• Scaling to other end-states performed on a technical basis by labor category instead of using global scaling factors from AIF/NESP-036.
• Costs presented in relation to PRA probabilities of occurrence.
• Damaged property analysis.

ANI Small BWR Study (1992)

• Included insurance recovery.
• Analyzed undamaged property.
• Determined decommissioning shortfall.
  

Waterford Study (1991-1992)

• End-states developed corresponding to actual plant-specific PRA accident sequences.
• Benchmarking of costs to TMI-2 performed in a more sophisticated manner regarding fission product inventory and release.
• Productivity factor incorporated to reflect crew replacements due to burnout.
• Support activities scaled to workscope prior to labor adjustment for dose.
• Overhead itemized as staffing and G&A costs.
• Scaling to other end-states performed on a technical basis by labor category instead of using global scaling factors from AIF/NESP-036.
• Costs presented in relation to PRA probabilities of occurrence.
• Damaged property analysis.

ANI Small BWR Study (1992)

• Included insurance recovery.
• Analyzed undamaged property.
• Determined decommissioning shortfall.

SACAS (1993)

• Incorporated lessons learned and improved information from previous studies.
• Consolidated the numerous databases and calculations into one program.
• Benchmarked successfully against TMI-2 accident costs.
• Updated to include new coverage limits, functional total loss, NML/ANI split, etc.
• Provides convenient method for data input and analysis.

NML Cash Flow Following
A Severe Reactor Accident (1995)

• Included evaluation of five nuclear power plants representing a cross-section of the industry.
• Determined the cashflow resulting from a TMI
• Type accident utilizing the insurance coverages selected in effect at each utility.

NML Property Damage and Restart Analysis (1996)

• Evaluated the liklihood of restart following a range of accidents
• Review the events that could lead to a total loss of the plant
• Analyzed the criteria for restart following a severe accident