Model-based, sensor-directed remediation of underground storage tanks

Retroactive Liability and Future Risk: The Optimal Regulation of Underground Storage Tanks

The optimal design of environmental liability policy focuses on two primary policy issues: the cleanup of existing sources of pollution and the definition and enforcement of policies to promote prospectively efficient environmental risk reduction. Through the analysis of a policy toward a pervasive environmental risk -leaking underground storage tanks -we analyze the effectiveness of an existin...

Numerical Analysis of the Seismic Response of Underground Steel Storage Tanks

The seismic behaviour of underground structures is generally satisfactory compared to the above-ground ones. However, despite of the buried structure confinement, in recent strong seismic events some underground structure as tunnels, pipelines and tanks suffered high damage; for this reason, a strong effort is focused to evaluate the seismic vulnerability of these structure and to give codes in...

Can environmental insurance succeed where other strategies fail? The case of underground storage tanks.

Private risk reduction will be socially efficient only when firms are liable for all the damage that they cause. We find that environmental insurance can achieve social efficiency even when two traditional policy instruments--ex post fines and risk management mandates with ex ante fines--do not. Inefficiency occurs with ex post fines, when small firms declare bankruptcy and escape their liabili...

Mathematical modeling of high-speed loads effects on underground storage tanks

The purpose of this paper is to provide a numerical modeling of intense dynamic loads on engineering materials. Numerical results illustrate the evolution of the state of elastic-plastic shells (filled with fluid or elastic-plastic material), which are subjected to explosive loads.

GAO-02-753T Environmental Protection: MTBE Contamination From Underground Storage Tanks