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Approaches to Reduce Nutrient Loadings for Harmful Algal Blooms Management

The U.S. Environmental Protection Agency (EPA) is funding $6,487,188 to seven institutions to research how to prevent and control HABs using current and new technologies. Researchers will determine the effectiveness of existing nutrient treatment technologies, evaluate the scale-up of emerging nutrient treatment technologies and develop new technologies, and develop best management practices to help both rural and urban communities control nutrients in their watersheds.

Request for Applications closing date: December 10, 2019

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Selection 		Identifier Abstract Principal Investigator Institution Grant Amount PROJECT PERIOD Project Start Date Project End Date Extended End Date State
<< STAR GRANTS AND STAR CENTERS >>
1 840083
Grant 		Evaluating agricultural management practices benefiting the Monterey Bay: reducing nutrient loads and Harmful Algal Bloom (HAB) events Clark, Ross
Bowers, Holly   		San Jose State University $999,999   September 01, 2020 -
August 31, 2023   		September 01, 2020   August 31, 2023     CA  
2 840090
Grant 		Temporal and Spatial Optimization of Existing and Emerging Nutrient Management Technologies and Practices for Control of Harmful Algal Blooms Zhang, Qiong
Arias, Mauricio
Charkhgard, Hadi
Ergas, Sarina
Mihelcic, James R.
Nachabe, Mahmood
Rains, Mark   		University of South Florida $1,000,000   September 01, 2020 -
August 31, 2023   		September 01, 2020   August 31, 2023     FL  
3 R840084
Grant 		Novel Mineral-Hydrogel Composites for Effective Nutrient Removal to Manage Harmful Algal Blooms Jun, Young-Shin
Tang, Yinjie   		Washington University in St. Louis $800,486   September 01, 2020 -
August 31, 2023   		September 01, 2020   August 31, 2023     MO  
4 R840085
Grant 		Technology for Recovery and Reuse of Plant Nutrients as a Prevention Strategy for Hazardous Algal Blooms Apblett, Allen W.
Materer, Nicholas F.   		Oklahoma State University - Main Campus $687,660   September 01, 2020 -
August 31, 2023   		September 01, 2020   August 31, 2023     OK  
5 R840086
Grant 		When a Detour Becomes a Shortcut: Going Full-scale with Partial Denitrification/Anammox as an Alternative Strategy for Mainstream Deammonification and Incorporating Biological Phosphorus Removal Fevig, Stephanie
Chandran, Kartik
De Clippeleir, Haydee
Klaus, Stephanie
Riffat, Rumana
Wells, George   		Water Research Foundation (VA), Columbia University, District of Columbia Water and Sewer Authority (DC Water), George Washington University, Hampton Roads Sanitation Department, Northwestern University $999,670   September 01, 2020 -
August 31, 2023   		September 01, 2020   August 31, 2023     VA  
6 R840087
Grant 		Phosphorus Removal to Oligotrophic Levels: Innovating Three High-Flow Water Technologies using Reactive Filtration, Biochar Adsorption, and Nanobubble-Enhanced Biomimetic Separations Möller, Gregory
Baker, Martin
Strawn, Daniel   		University of Idaho $999,996   September 01, 2020 -
August 31, 2023   		September 01, 2020   August 31, 2023     ID  
7 R840088
Grant 		Development of a Novel Bioreactor and Biochar-Sorption-Channel (B2) Treatment System to Capture and Recover Nutrients from Tile Drainage Zheng, Wei
Cooke, Richard
Sharma, Brajendra
Oladeji, Olawale
Guzman, Jorge   		University of Illinois at Urbana-Champaign, Metropolitan Water Reclamation District of Greater Chicago $999,377   September 01, 2020 -
August 31, 2023   		September 01, 2020   August 31, 2023     IL  



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