First Cuts to 2018 WEP Center Proposals

Proposed First Cuts to 2018 WEP Center Proposals.

Please indicated your company's interest in each project (one submittal per member company) using the following guidelines: Select 5 projects of High Interest, 10 Projects of Medium Interest, and 19 of Low Interest. If there is only ONE project of interest please note that and Do NOT evaluate any other projects. We will Ensure this project gets funded.

Question Title

* 1. Please Indicate Your Company's Interest on the Following Proposals:

Question Title

* 2. Company Information

Name

Company

Email Address

Phone Number

	High	Medium	Low	Only Project of Interest (Must Be Funded)
Real-Time Detection of VOCs (A. Dorri)	Real-Time Detection of VOCs (A. Dorri) High	Real-Time Detection of VOCs (A. Dorri) Medium	Real-Time Detection of VOCs (A. Dorri) Low	Real-Time Detection of VOCs (A. Dorri) Only Project of Interest (Must Be Funded)
Pilot Experiment to Integrate WQ Data Streams into RTC of GI (A. Parolari)	Pilot Experiment to Integrate WQ Data Streams into RTC of GI (A. Parolari) High	Pilot Experiment to Integrate WQ Data Streams into RTC of GI (A. Parolari) Medium	Pilot Experiment to Integrate WQ Data Streams into RTC of GI (A. Parolari) Low	Pilot Experiment to Integrate WQ Data Streams into RTC of GI (A. Parolari) Only Project of Interest (Must Be Funded)
Removal & Recovery of Ammonia Using amtB Protein (B. Mayer)	Removal & Recovery of Ammonia Using amtB Protein (B. Mayer) High	Removal & Recovery of Ammonia Using amtB Protein (B. Mayer) Medium	Removal & Recovery of Ammonia Using amtB Protein (B. Mayer) Low	Removal & Recovery of Ammonia Using amtB Protein (B. Mayer) Only Project of Interest (Must Be Funded)
Continuous & Static Water Contaminant Detection System (C. Hoon Lee)	Continuous & Static Water Contaminant Detection System (C. Hoon Lee) High	Continuous & Static Water Contaminant Detection System (C. Hoon Lee) Medium	Continuous & Static Water Contaminant Detection System (C. Hoon Lee) Low	Continuous & Static Water Contaminant Detection System (C. Hoon Lee) Only Project of Interest (Must Be Funded)
Nanotechnology Policy and Governance Strategies (D. Strifling)	Nanotechnology Policy and Governance Strategies (D. Strifling) High	Nanotechnology Policy and Governance Strategies (D. Strifling) Medium	Nanotechnology Policy and Governance Strategies (D. Strifling) Low	Nanotechnology Policy and Governance Strategies (D. Strifling) Only Project of Interest (Must Be Funded)
Artificial Phytoplankton for Remediation of Water Containing Organic Pollutants (G. Wang)	Artificial Phytoplankton for Remediation of Water Containing Organic Pollutants (G. Wang) High	Artificial Phytoplankton for Remediation of Water Containing Organic Pollutants (G. Wang) Medium	Artificial Phytoplankton for Remediation of Water Containing Organic Pollutants (G. Wang) Low	Artificial Phytoplankton for Remediation of Water Containing Organic Pollutants (G. Wang) Only Project of Interest (Must Be Funded)
Development of Online Sensor System for Monitoring Pharmaceuticals in Wastewater Treatment Plants (F. Josse & F. Bender)	Development of Online Sensor System for Monitoring Pharmaceuticals in Wastewater Treatment Plants (F. Josse & F. Bender) High	Development of Online Sensor System for Monitoring Pharmaceuticals in Wastewater Treatment Plants (F. Josse & F. Bender) Medium	Development of Online Sensor System for Monitoring Pharmaceuticals in Wastewater Treatment Plants (F. Josse & F. Bender) Low	Development of Online Sensor System for Monitoring Pharmaceuticals in Wastewater Treatment Plants (F. Josse & F. Bender) Only Project of Interest (Must Be Funded)
Pilot Study of Biogas Water Wash Purification and Renewable NG Generate at WWTP (J. Li)	Pilot Study of Biogas Water Wash Purification and Renewable NG Generate at WWTP (J. Li) High	Pilot Study of Biogas Water Wash Purification and Renewable NG Generate at WWTP (J. Li) Medium	Pilot Study of Biogas Water Wash Purification and Renewable NG Generate at WWTP (J. Li) Low	Pilot Study of Biogas Water Wash Purification and Renewable NG Generate at WWTP (J. Li) Only Project of Interest (Must Be Funded)
As Removal Capacity & Efficiency in Water Purification (J. Niu)	As Removal Capacity & Efficiency in Water Purification (J. Niu) High	As Removal Capacity & Efficiency in Water Purification (J. Niu) Medium	As Removal Capacity & Efficiency in Water Purification (J. Niu) Low	As Removal Capacity & Efficiency in Water Purification (J. Niu) Only Project of Interest (Must Be Funded)
Phase II Hydrogel Filter for Heavy Metal Removal (J. Niu)	Phase II Hydrogel Filter for Heavy Metal Removal (J. Niu) High	Phase II Hydrogel Filter for Heavy Metal Removal (J. Niu) Medium	Phase II Hydrogel Filter for Heavy Metal Removal (J. Niu) Low	Phase II Hydrogel Filter for Heavy Metal Removal (J. Niu) Only Project of Interest (Must Be Funded)
Catalytic Adsorbent for POP Removal (J. Niu)	Catalytic Adsorbent for POP Removal (J. Niu) High	Catalytic Adsorbent for POP Removal (J. Niu) Medium	Catalytic Adsorbent for POP Removal (J. Niu) Low	Catalytic Adsorbent for POP Removal (J. Niu) Only Project of Interest (Must Be Funded)
Comparison of Advanced Oxidation Processes Energy & Efficiency, as a Wastewater Treatment Technology to Remove Emerging Contaminants from Treated Effluent (K. Young)	Comparison of Advanced Oxidation Processes Energy & Efficiency, as a Wastewater Treatment Technology to Remove Emerging Contaminants from Treated Effluent (K. Young) High	Comparison of Advanced Oxidation Processes Energy & Efficiency, as a Wastewater Treatment Technology to Remove Emerging Contaminants from Treated Effluent (K. Young) Medium	Comparison of Advanced Oxidation Processes Energy & Efficiency, as a Wastewater Treatment Technology to Remove Emerging Contaminants from Treated Effluent (K. Young) Low	Comparison of Advanced Oxidation Processes Energy & Efficiency, as a Wastewater Treatment Technology to Remove Emerging Contaminants from Treated Effluent (K. Young) Only Project of Interest (Must Be Funded)
Robust and Energy Efficient Fault Detection and Diagnosis of WWTP based on Intelligent Deep Learning (L. Wang)	Robust and Energy Efficient Fault Detection and Diagnosis of WWTP based on Intelligent Deep Learning (L. Wang) High	Robust and Energy Efficient Fault Detection and Diagnosis of WWTP based on Intelligent Deep Learning (L. Wang) Medium	Robust and Energy Efficient Fault Detection and Diagnosis of WWTP based on Intelligent Deep Learning (L. Wang) Low	Robust and Energy Efficient Fault Detection and Diagnosis of WWTP based on Intelligent Deep Learning (L. Wang) Only Project of Interest (Must Be Funded)
Comprehensive Study and Workshop on Opportunities and Challenges of Deploying IoT and CPS Technologies in Water and Wastewater Industries (L. Wang)	Comprehensive Study and Workshop on Opportunities and Challenges of Deploying IoT and CPS Technologies in Water and Wastewater Industries (L. Wang) High	Comprehensive Study and Workshop on Opportunities and Challenges of Deploying IoT and CPS Technologies in Water and Wastewater Industries (L. Wang) Medium	Comprehensive Study and Workshop on Opportunities and Challenges of Deploying IoT and CPS Technologies in Water and Wastewater Industries (L. Wang) Low	Comprehensive Study and Workshop on Opportunities and Challenges of Deploying IoT and CPS Technologies in Water and Wastewater Industries (L. Wang) Only Project of Interest (Must Be Funded)
Developing a Novel Controller to Enable Intelligent, Grid-responsive Electric Water heaters (L. Wang)	Developing a Novel Controller to Enable Intelligent, Grid-responsive Electric Water heaters (L. Wang) High	Developing a Novel Controller to Enable Intelligent, Grid-responsive Electric Water heaters (L. Wang) Medium	Developing a Novel Controller to Enable Intelligent, Grid-responsive Electric Water heaters (L. Wang) Low	Developing a Novel Controller to Enable Intelligent, Grid-responsive Electric Water heaters (L. Wang) Only Project of Interest (Must Be Funded)
Non-invasive Ultrasonic Detection of sub-𝜆 Biofilm using Acoustic Waveguide Amplification: From Concept to Prototype (M. Silva)	Non-invasive Ultrasonic Detection of sub-𝜆 Biofilm using Acoustic Waveguide Amplification: From Concept to Prototype (M. Silva) High	Non-invasive Ultrasonic Detection of sub-𝜆 Biofilm using Acoustic Waveguide Amplification: From Concept to Prototype (M. Silva) Medium	Non-invasive Ultrasonic Detection of sub-𝜆 Biofilm using Acoustic Waveguide Amplification: From Concept to Prototype (M. Silva) Low	Non-invasive Ultrasonic Detection of sub-𝜆 Biofilm using Acoustic Waveguide Amplification: From Concept to Prototype (M. Silva) Only Project of Interest (Must Be Funded)
Engineered Porous Material for the Removal of Pb and Hg from Water (M. Silva)	Engineered Porous Material for the Removal of Pb and Hg from Water (M. Silva) High	Engineered Porous Material for the Removal of Pb and Hg from Water (M. Silva) Medium	Engineered Porous Material for the Removal of Pb and Hg from Water (M. Silva) Low	Engineered Porous Material for the Removal of Pb and Hg from Water (M. Silva) Only Project of Interest (Must Be Funded)
Development of Microbial Fuel Cell with Zeolite Based-coated Anode for Improved Performance on Generation of Energy from Wastewater (M. Silva)	Development of Microbial Fuel Cell with Zeolite Based-coated Anode for Improved Performance on Generation of Energy from Wastewater (M. Silva) High	Development of Microbial Fuel Cell with Zeolite Based-coated Anode for Improved Performance on Generation of Energy from Wastewater (M. Silva) Medium	Development of Microbial Fuel Cell with Zeolite Based-coated Anode for Improved Performance on Generation of Energy from Wastewater (M. Silva) Low	Development of Microbial Fuel Cell with Zeolite Based-coated Anode for Improved Performance on Generation of Energy from Wastewater (M. Silva) Only Project of Interest (Must Be Funded)
Engineered Porous Material for the Removal of POPs from Water (M. Silva)	Engineered Porous Material for the Removal of POPs from Water (M. Silva) High	Engineered Porous Material for the Removal of POPs from Water (M. Silva) Medium	Engineered Porous Material for the Removal of POPs from Water (M. Silva) Low	Engineered Porous Material for the Removal of POPs from Water (M. Silva) Only Project of Interest (Must Be Funded)
Static, Robust, Low-Cost Flow Metering Technologies (N. Salowitz)	Static, Robust, Low-Cost Flow Metering Technologies (N. Salowitz) High	Static, Robust, Low-Cost Flow Metering Technologies (N. Salowitz) Medium	Static, Robust, Low-Cost Flow Metering Technologies (N. Salowitz) Low	Static, Robust, Low-Cost Flow Metering Technologies (N. Salowitz) Only Project of Interest (Must Be Funded)
Ultra-low P Regulations: Improving Removal of NRP and Downstream Dewaterability in Bio-P Biosolids, Phase II (P. McNamara)	Ultra-low P Regulations: Improving Removal of NRP and Downstream Dewaterability in Bio-P Biosolids, Phase II (P. McNamara) High	Ultra-low P Regulations: Improving Removal of NRP and Downstream Dewaterability in Bio-P Biosolids, Phase II (P. McNamara) Medium	Ultra-low P Regulations: Improving Removal of NRP and Downstream Dewaterability in Bio-P Biosolids, Phase II (P. McNamara) Low	Ultra-low P Regulations: Improving Removal of NRP and Downstream Dewaterability in Bio-P Biosolids, Phase II (P. McNamara) Only Project of Interest (Must Be Funded)
Novel Surface Micro Structure and Low-cost Surface Treatments to Reduce Drag, Energy Consumption, and Corrosion in Water Transport Systems (P. Rohatgi)	Novel Surface Micro Structure and Low-cost Surface Treatments to Reduce Drag, Energy Consumption, and Corrosion in Water Transport Systems (P. Rohatgi) High	Novel Surface Micro Structure and Low-cost Surface Treatments to Reduce Drag, Energy Consumption, and Corrosion in Water Transport Systems (P. Rohatgi) Medium	Novel Surface Micro Structure and Low-cost Surface Treatments to Reduce Drag, Energy Consumption, and Corrosion in Water Transport Systems (P. Rohatgi) Low	Novel Surface Micro Structure and Low-cost Surface Treatments to Reduce Drag, Energy Consumption, and Corrosion in Water Transport Systems (P. Rohatgi) Only Project of Interest (Must Be Funded)
Advanced Surface Alloying of Mild Steel to Stainless Steel Compositions During Manufacture for Improving the Corrosion and Wear Resistance of Water Industry Components, Phase III (P. Rohatgi)	Advanced Surface Alloying of Mild Steel to Stainless Steel Compositions During Manufacture for Improving the Corrosion and Wear Resistance of Water Industry Components, Phase III (P. Rohatgi) High	Advanced Surface Alloying of Mild Steel to Stainless Steel Compositions During Manufacture for Improving the Corrosion and Wear Resistance of Water Industry Components, Phase III (P. Rohatgi) Medium	Advanced Surface Alloying of Mild Steel to Stainless Steel Compositions During Manufacture for Improving the Corrosion and Wear Resistance of Water Industry Components, Phase III (P. Rohatgi) Low	Advanced Surface Alloying of Mild Steel to Stainless Steel Compositions During Manufacture for Improving the Corrosion and Wear Resistance of Water Industry Components, Phase III (P. Rohatgi) Only Project of Interest (Must Be Funded)
Developing Water Reactive Hydrophobic Self-healing surface with long-term corrosion protection (P. Rohatgi)	Developing Water Reactive Hydrophobic Self-healing surface with long-term corrosion protection (P. Rohatgi) High	Developing Water Reactive Hydrophobic Self-healing surface with long-term corrosion protection (P. Rohatgi) Medium	Developing Water Reactive Hydrophobic Self-healing surface with long-term corrosion protection (P. Rohatgi) Low	Developing Water Reactive Hydrophobic Self-healing surface with long-term corrosion protection (P. Rohatgi) Only Project of Interest (Must Be Funded)
Low-Cost Burst Disk Leak Detection using Micromachined Membranes (R. Coutu)	Low-Cost Burst Disk Leak Detection using Micromachined Membranes (R. Coutu) High	Low-Cost Burst Disk Leak Detection using Micromachined Membranes (R. Coutu) Medium	Low-Cost Burst Disk Leak Detection using Micromachined Membranes (R. Coutu) Low	Low-Cost Burst Disk Leak Detection using Micromachined Membranes (R. Coutu) Only Project of Interest (Must Be Funded)
Low-Cost Differential Pressure Sensing Using Micromachined Membranes (R. Coutu)	Low-Cost Differential Pressure Sensing Using Micromachined Membranes (R. Coutu) High	Low-Cost Differential Pressure Sensing Using Micromachined Membranes (R. Coutu) Medium	Low-Cost Differential Pressure Sensing Using Micromachined Membranes (R. Coutu) Low	Low-Cost Differential Pressure Sensing Using Micromachined Membranes (R. Coutu) Only Project of Interest (Must Be Funded)
Low-Cost Pressure Sensing using Micromachined Membranes (R. Coutu)	Low-Cost Pressure Sensing using Micromachined Membranes (R. Coutu) High	Low-Cost Pressure Sensing using Micromachined Membranes (R. Coutu) Medium	Low-Cost Pressure Sensing using Micromachined Membranes (R. Coutu) Low	Low-Cost Pressure Sensing using Micromachined Membranes (R. Coutu) Only Project of Interest (Must Be Funded)
Low- Cost Active Controls to Improve GI Performance (W. McDonald)	Low- Cost Active Controls to Improve GI Performance (W. McDonald) High	Low- Cost Active Controls to Improve GI Performance (W. McDonald) Medium	Low- Cost Active Controls to Improve GI Performance (W. McDonald) Low	Low- Cost Active Controls to Improve GI Performance (W. McDonald) Only Project of Interest (Must Be Funded)
Evaluating and Proposing Engineering, Policy, and Legal Options to Guide RTC of Stormwater Infrastructure (W. McDonald)	Evaluating and Proposing Engineering, Policy, and Legal Options to Guide RTC of Stormwater Infrastructure (W. McDonald) High	Evaluating and Proposing Engineering, Policy, and Legal Options to Guide RTC of Stormwater Infrastructure (W. McDonald) Medium	Evaluating and Proposing Engineering, Policy, and Legal Options to Guide RTC of Stormwater Infrastructure (W. McDonald) Low	Evaluating and Proposing Engineering, Policy, and Legal Options to Guide RTC of Stormwater Infrastructure (W. McDonald) Only Project of Interest (Must Be Funded)
Highly Sensitive and Selective As Detection (W. Jin Chang)	Highly Sensitive and Selective As Detection (W. Jin Chang) High	Highly Sensitive and Selective As Detection (W. Jin Chang) Medium	Highly Sensitive and Selective As Detection (W. Jin Chang) Low	Highly Sensitive and Selective As Detection (W. Jin Chang) Only Project of Interest (Must Be Funded)
Porous Graphene-based Capacitive Deionization Device for Selective Removal of Heavy Metals (X. Huang)	Porous Graphene-based Capacitive Deionization Device for Selective Removal of Heavy Metals (X. Huang) High	Porous Graphene-based Capacitive Deionization Device for Selective Removal of Heavy Metals (X. Huang) Medium	Porous Graphene-based Capacitive Deionization Device for Selective Removal of Heavy Metals (X. Huang) Low	Porous Graphene-based Capacitive Deionization Device for Selective Removal of Heavy Metals (X. Huang) Only Project of Interest (Must Be Funded)
Modified Ceramic Adsorbents for the Removal of As, Se, and Viruses (Y. Wang)	Modified Ceramic Adsorbents for the Removal of As, Se, and Viruses (Y. Wang) High	Modified Ceramic Adsorbents for the Removal of As, Se, and Viruses (Y. Wang) Medium	Modified Ceramic Adsorbents for the Removal of As, Se, and Viruses (Y. Wang) Low	Modified Ceramic Adsorbents for the Removal of As, Se, and Viruses (Y. Wang) Only Project of Interest (Must Be Funded)
Enhancing Biosolid Energy Production with Chaff and Ash: Phase II (J. Liu)	Enhancing Biosolid Energy Production with Chaff and Ash: Phase II (J. Liu) High	Enhancing Biosolid Energy Production with Chaff and Ash: Phase II (J. Liu) Medium	Enhancing Biosolid Energy Production with Chaff and Ash: Phase II (J. Liu) Low	Enhancing Biosolid Energy Production with Chaff and Ash: Phase II (J. Liu) Only Project of Interest (Must Be Funded)
Grit Assisted Patch for Fast and Reinforced Pothole Repair (J. Liu)	Grit Assisted Patch for Fast and Reinforced Pothole Repair (J. Liu) High	Grit Assisted Patch for Fast and Reinforced Pothole Repair (J. Liu) Medium	Grit Assisted Patch for Fast and Reinforced Pothole Repair (J. Liu) Low	Grit Assisted Patch for Fast and Reinforced Pothole Repair (J. Liu) Only Project of Interest (Must Be Funded)