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NASA Selects 22 Projects to Advance Human Support Technologies

Press Release From: NASA Office of Biological and Physical Research (OBPR)
Posted: Friday, February 20, 2004

NASA's Office of Biological and Physical Research has selected 22 researchers to receive grants of up to four years to conduct research and development in advanced human support technologies. These technologies could have a significant impact on the ability of humans to conduct long-duration space flight missions safely. Benefits to the quality of life on Earth from improved environmental technologies may also result from this research.

The proposals were selected for one to four year efforts, and are potentially worth $16.5 million over four years. Work under these grants will enhance safe human space flight in both the Low Earth Orbit (LEO) where the International Space Station operates, and in exploration of the solar system beyond LEO.

Five of the grants are for new technologies in advanced environmental monitoring of space habitats. Three grants address strategies for advanced control systems or systems analysis. Two projects address biomass production. Four projects focus on space human factors engineering. Eight others address novel approaches to waste processing, including air revitalization, water recycling, and treatment of solid wastes.

NASA received 122 proposals in response to the NASA Research Announcement 03-OBPR-01, which was released in March 2003. The Proposals were peer-reviewed by scientific and technical experts from academia, government, and industry before selections were made. In addition to technical and scientific merit, selection criteria also included cost, relevance to NASA programs, and feasibility of utilization by NASA.

Those selected are listed below by state, along with their institutions and their research titles:


California

Ellis, Stephen NASA Ames Research Center

Virtual Environment Interfaces for Remote Operations


Flynn, Michael NASA Ames Research Center

Advanced Development of the Direct Osmotic Concentration System


Macknight, Allen Honeywell

Wastewater Processing Cascade Distillation Subsystem



Colorado

Plott, Chris Micro Analysis and Design, Inc.

Technology Transfer Requirements Definition for Adapting the Crew Station Design Tool to NASA Data and Applications



Connecticut

Nalette, Timothy Hamilton Sundstrand Space Systems International, Inc.

Advanced CO2, Humidity, and Trace Contaminant Control System for Closed Loop Life Support Systems


Smets, Barth University of Connecticut

Integrated Biotreatment Technology for Nitrogen-Rich Wastewaters in Advanced Life Support Systems



Florida

Garland, Jay Dynamac Corporation

Treatment of Urine/Condensate Spacecraft Wastewater Using Hollow Fiber Membrane Biofilm Redox Control Reactor



Iowa

Porter, Marc Iowa State Universtiy

Rapid Staged Development of ISS Water Quality Sensors



Illinois

Rittmann, Bruce Northwestern University

A Novel Membrane Microbial Fuel Cell for Energy and Resource Recovery from Solid Organic Wastes


Massachusetts

Bertone, Jane EIC Laboratories, Inc.

The Use of Surface-Enhanced Raman Spectroscopy to Monitor Water Quality



Michigan

Pandya, Abhilash Wayne State University

Real-Time Augmented Reality Development and Human Factors Assessment for the Special Purpose Dexterous Manipulator


Minnesota

LaPara, Timothy University of Minnesota

Advanced Life Support: Development of the M2BR for Biological Treatment of Wastewater Generated During Long-Term Space Missions


Pennsylvania

Badler, Norman
University of Pennsylvania

RIVET: Rapid Interactive Visualization for Extensible Training



Tennessee

Sayler, Gary University of Tennessee

Prototype Biophotonic Biosensor for Monitoring VOC Contaminants in Spacecraft Habitats



Texas

Andrews, Craig Lynntech, Inc.

An Advanced Portable Ion Analyzer for Water Quality Monitoring and Control


Best, Frederick Texas Engineering Experiment Station

Vortex Dehumidification System


Bonasso, Russell NASA Johnson Space Center

A Dynamically Reconfigurable Software Control Architecture for Advanced Life Support


Davies, Fred
Texas A&M University

Plant Growth at Sub-Ambient Atmospheric Pressures with Control of the Partial Pressures of Constituent Gases


Kortenkamp, David NASA Johnson Space Center

Qualitative Models for Planning, Scheduling and Control of Integrated Advanced Life Support Systems


Pillai, Suresh Texas A&M University

Microfluidic Device-Based Capture and Concentration of Microbial Contaminants in Recycled Water


Rodriguez, Luis National Research Council

Development and Application of Reliability Analysis Techniques for Early Advanced Life Support Systems



Utah

Bingham, Gail Utah State University Research Foundation

Validating Vegetable Production Unit Plants, Protocols, Procedures and Requirements Using Currently Existing Flight Resources

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