Protections for Erisa Self-Insured Employee Welfare Benefit Plan Participants: New Possibilities for State Action in the Event of Plan Failure
Mark A. Edwards
William Mitchell College of Law
Wisconsin Law Review, Vol. 1997, p. 351, 1997
Employees who receive health benefits through ERISA self-insured plans need protection when self-insured plans fail. Because of the breadth of ERISA preemption, states have been unable to assess ERISA self-insured plans for contribution to state insurance guaranty funds, and thus have been unable to include those employees in the protection of those funds. Further, attempts at federal reform to protect these employees have failed to garner support. However, under the recent Travelers, United Wire, and Safeco decisions, it may be possible for states to assess ERISA self-insured funds and their participants through a combination of hospital use surcharges and taxes on the sale of stop-loss insurance for contribution to state insurance guaranty funds.
This Comment explores ERISA preemption analysis in light of these recent cases, and suggests state reforms to protect plan participants in the event of plan failure. Part II explores ERISA preemption analysis in greater depth. Part III examines recent cases that have created new possibilities for state health care reform by limiting the scope of ERISA preemption. Part IV proposes state reforms to protect participants in selfinsured plans in the event of plan failure. Specifically, this Comment proposes that through a combination of surcharges on hospital use and taxes on the sale of stop-loss insurance, states can act within the bounds of ERISA preemption to include self-insured health plan participants in the protection of state insurance guaranty funds.
Number of Pages in PDF File: 25
Keywords: Employee Retirement Income Security Act of 1974, employee benefit plans, pension, savings clause, deemer clause
Date posted: October 15, 2010
© 2016 Social Science Electronic Publishing, Inc. All Rights Reserved.
This page was processed by apollobot1 in 0.157 seconds