RBCA Tool Kit for Chemical Releases v2.6

Designed to meet the requirements of the ASTM Standard Guide for Risk-Based Corrective Action (E-2081), the RBCA Tool Kit for Chemical Releases, version 2.6, now provides expanded flexibility and additional risk and transport models to allow for even easier application of this essential software tool to develop risk-based soil and groundwater clean-up levels consistent with local regulations or requirements around the world.

• Full Product Description
• Features
• Pricing and Availability
• System Requirements

Full Product Description:

Environmental site managers, regulatory authorities, and consultants around the world have increasingly turned to Risk-Based Corrective Action (RBCA) for the management of contaminated soil and groundwater. RBCA is a practical management approach that focuses explicitly on the protection of human health and the environment while promoting energy and cost-efficient remedies to allow limited resources to be targeted to the most hazardous sites. A keystone of the RBCA framework is the development of site-specific environmental cleanup criteria following a tiered risk evaluation approach. This approach is broadly applicable to chemical release sites located in different geographical settings and managed under various regulatory authorities.

The RBCA Tool Kit for Chemical Releases is a comprehensive modeling and risk characterization software package designed to meet the requirements of the ASTM Standard Guide for Risk-Based Corrective Action (E-2081) for Tier 1 and Tier 2 RBCA evaluations for chemical release sites in addition to traditional risk assessment calculations. The software combines contaminant transport models and risk assessment tools to calculate baseline risk levels and derive risk-based cleanup standards for a full array of soil, groundwater, surface water, and air exposure pathways. The ease-of-use features and streamlined graphical interface features of this software make it an essential tool for handling RBCA and generic risk assessment calculations for both simple and sophisticated problems.

Features:

Exposure Pathway Evaluation: Risk-based evaluation of groundwater, surface water, surface soil, outdoor air and indoor air exposure pathways, for residential, commercial, and user-defined receptors:

· Groundwater ingestion
· Surface water recreational contact and fish consumption
· Combined direct contact with surface soils (incidental ingestion, dermal absorption, inhalation of vapors and particulates, and consumption of homegrown vegetables)
· Outdoor and indoor inhalation of vapors emanating from soil or groundwater sources.

Fate and Transport Models: Fate and transport models for all exposure pathways address a wide array of chemicals, including petroleum hydrocarbons (including TPH), metals, chlorinated solvents, pesticides, and more. Multiple points of exposure (POEs) allow analysis of actual vs potential points of exposure in the same run. An array of default transport parameters provided for various soil types. F&T models include:

· Soil and groundwater source depletion
· ASTM and USEPA (SSG) outdoor air volatilization
· Johnson & Ettinger and Groundwater Mass Flux indoor air models
· ASTM soil leaching model, with decay options
· Dual-equilibrium desorption
· Point-source air dispersion
· Domenico groundwater solute transport, with decay options

Transient Modeling Options: In addition to steady-state air, soil, and groundwater exposure models, the RBCA Tool Kit allows transient groundwater modeling analysis to help estimate not only how high but how soon exposure could occur.

Chem/Tox Database: Contains default physical, chemical, toxicological and regulatory parameters for over 600 of chemicals, including organic solvents, petroleum hydrocarbons (including TPH fractions), pesticides, metals, and more. The user selects the chemical of concern and the key data loads automatically. Preferences can be specified for using default toxicological parameters from published sources in the USA, Netherlands, and UK. Multiple database files can be customized and easily managed within the RBCA Tool Kit interface for project or location-specific applications.

User-Friendly Interface: Streamlined graphical interface guides the user through the RBCA evaluation process. Features include convenient unit selection and conversions, importing and exporting, and report printing options. The complete user’s manual, including risk and fate and transport model equations, is available on-line via context sensitive help buttons located throughout the software screens.

Reports: Produces report-quality output tables of baseline risk and cleanup standards and report-ready summary for each chemical.

What’s new in v2.6?

Chemical/Toxicity Database Update

Includes the 2011 update of the chemical/physical properties and toxicology factors database, published by the Texas Commission on Environmental Quality and containing values for over 650 potential chemicals of concern. Remember, default applicable toxicology parameters and regulatory criteria are provided solely for the convenience of the user and subject to periodic updates.

As with all model input parameters, the user should ensure that chemical-specific values are applicable for any particular analysis performed with the RBCA Tool Kit.

BioVapor Model Support

Includes user support for incorporating results from BioVapor in the evaluation of indoor air pathways. BioVapor is a free, user-friendly indoor vapor intrusion model that accounts for oxygen-limited biodegradation, which can prove critical for limiting vapor intrusion at sites with very low (screening level) concentrations of petroleum hydrocarbons.

Pricing And Availability:

Pricing and Purchase Options
Single User License Internet download: $895.00 (Includes electronic manual)
Upgrade License (from RBCA 1.x) Internet Download: $395.00 (Includes electronic manual)
Upgrade License (from RBCA 2.x) Internet Download: Free (Includes electronic manual)
All pricing quoted in U.S. Dollars. Government, Educational and Volume pricing is available. Click here for more details.

System Requirements: