Diana Bacon

Parallel Reactive Transport Modeling of Radioactive Waste Form Weathering using the STORM Code

Lead Institution

Pacific Northwest National Laboratory

Principal Investigator

Diana Bacon

Project type

Exploratory Research

The STORM parallel reactive transport code has been developed to simulate the geochemical weathering of radioactive waste forms after disposal in a subsurface facility. STORM simulates unsaturated…

Research Innovation through Next-Generation Supercomputing (RINGS)

Lead Institution

Pacific Northwest National Laboratory

Principal Investigator

Timothy Scheibe

The subsurface environment is highly heterogeneous and structured across a wide range of physical scales. Microorganisms sense and respond to environmental conditions within a very small spatial…

Research Innovation through Next-Generation Supercomputing (RINGS)

Lead Institution

Pacific Northwest National Laboratory

Principal Investigator

Timothy Scheibe

The subsurface environment is highly heterogeneous and structured across a wide range of physical scales. Microorganisms sense and respond to environmental conditions within a very small spatial…

SGI Altix Allocation for Advanced Computing Technology Lab

Lead Institution

Pacific Northwest National Laboratory

Principal Investigator

Jarek Nieplocha

This is a placeholder proposal to manage time allocation under EMSL resource tracking system.

(emsl2402)Subsurface Multifluid Flow and Multicomponent Reactive Transport: Characterization of Processes and Properties

Lead Institution

Pacific Northwest National Laboratory

Principal Investigator

Steven Yabusaki

Project type

Capability Research

This proposal targets the characterization of subsurface processes and properties in multidimensional porous media as the unifying theme for a team of researchers from six DOE labs (INEEL, LANL, LBNL…

Mechanistic Modeling of Subsurface Multifluid Flow and Biogeochemical Reactive Transport

Lead Institution

Pacific Northwest National Laboratory

Principal Investigator

Steven Yabusaki

Project type

Capability Research

A reliable means of quantitatively predicting fluid movement and biogeochemistry in the subsurface environment is of significant value to the Department of Energy (DOE) and to our nation as a whole. …

(gc3573)Multifluid Flow and Multicomponent Reactive Transport in Heterogeneous Subsurface Systems

Lead Institution

Pacific Northwest National Laboratory

Principal Investigator

Steven Yabusaki

Project type

Capability Research

Long-term, scientifically defensible predictions of subsurface contaminant fate are critical to the development of remediation alternatives that can accelerate the cleanup of DOE waste sites and…

Enabling Quantitatively Predictive Understanding of Multifluid Flow and Multicomponent Biogeochemical Reactive Transport in Complex, Subsurface Systems

Lead Institution

Pacific Northwest National Laboratory

Principal Investigator

Steven Yabusaki

Project type

Capability Research

The activities described in this proposal are directed at the goal of a quantitatively mechanistic predictive understanding of multifluid flow and multicomponent biogeochemical reactive transport in…

Mechanistic Understanding of Glass-Water Reaction

Lead Institution

Oak Ridge National Laboratory

Principal Investigator

Eric Pierce

Project type

Large-Scale EMSL Research

The construction of valid rate models, such as the Transition State Theory Kinetic Rate Equation, to describe the dissolution of rock-forming minerals, the evolution of soils, and the corrosion…

EMSL Science Overview

Diana Bacon

Projects

Parallel Reactive Transport Modeling of Radioactive Waste Form Weathering using the STORM Code

Research Innovation through Next-Generation Supercomputing (RINGS)

Research Innovation through Next-Generation Supercomputing (RINGS)

SGI Altix Allocation for Advanced Computing Technology Lab

(emsl2402)Subsurface Multifluid Flow and Multicomponent Reactive Transport: Characterization of Processes and Properties

Mechanistic Modeling of Subsurface Multifluid Flow and Biogeochemical Reactive Transport

(gc3573)Multifluid Flow and Multicomponent Reactive Transport in Heterogeneous Subsurface Systems

Enabling Quantitatively Predictive Understanding of Multifluid Flow and Multicomponent Biogeochemical Reactive Transport in Complex, Subsurface Systems

Mechanistic Understanding of Glass-Water Reaction