REMEDIATE
ASTM Standards on Assessment and Remediation of Petroleum Release Sites
Pages 129; Published 1999; Soft Cover; ISBN: 0-0831-2599-2
$76.00

Provides you with the technical tools and guidance you need to address the complex problems associated with corrective action at petroleum release sites. These four standards, specifically selected for this compilation, help you comply with Federal and state environmental cleanup regulations for petroleum contamination. Includes:

E1599 Guide for Corrective Action at Petroleum Release Sites - offers a broad conceptual approach for identifying and cleaning up a petroleum release. It provides an orderly and cost-effective approach which is general enough to be applied to virtually every petroleum release regardless of the circumstances, and specific enough to provide sufficient practical details to guide the user through corrective action at a specific site. E1599 lays the groundwork for the other standards in this compilation.

E1739 Guide to Risk-Based Corrective Action (RBCA) Applied at Petroleum Release Sites - gives you a step-by-step approach for determining risk-based clean up goals. It takes the corrective action process one step further by describing a method for incorporating risk into the entire corrective action process from assessment through closure. E 1739 provides a structured yet flexible procedure that has become the backbone for many state and Federal cleanup programs.

E1912 Guide for Accelerated Site Characterization for Confirmed or Suspected Petroleum Releases - offers a practical method for quickly and cost-effectively characterizing a site. This permits remediation to commence more quickly than with conventional site characterization techniques.

E1943 Guide for Remediation of Ground Water by Natural Attenuation at Petroleum Release Sites - explicitly describes the logical and technical issues that are essential when considering natural attenuation as a reliable and safe remedial alternative. This guide offers step-by-step procedures for evaluating the viability of natural attenuation, not only when it will work, but also when it will not.

This new volume is a critical resource for civil engineers, environmental professionals, Federal and state regulators, underground storage tank owners and removal contractors, and petroleum marketers.