NETL, Strategic Partnerships, and the Regional Workforce Initiative (RWFI) James M. Ferguson, Manager, State & Local Partnerships March 2018 Solutions for Today | Options for Tomorrow
Core Competencies & Areas of Research Computational Materials Engineering Geological & Energy Conversion Systems Engineering Program Execution Science & & Manufacturing Environmental Engineering & Analysis & Integration Engineering Systems Carbon Carbon Advanced Advanced Advanced Energy Water Rare Earth Sensors & Storage Capture Materials Computing Systems Management Elements Controls COAL Enhanced Environmentally Methane Natural Gas Offshore Unconventional Resource Production Prudent Development Hydrates Infrastructure OIL & GAS 2
Delivering Public Value SECURE & REVITALIZE REINVIGORATE the Energy Infrastructure Jobs & Manufacturing • Develop, implement, and manage • public-private partnerships focused Improve manufacturing on infrastructure enhancements competitiveness • • Assess, analyze, and resolve Implement workforce development infrastructure needs and programs ( e.g., Energy and challenges Manufacturing Workforce Enduring Development ) Economic Prosperity REALIZE Full Value of ATTAIN Energy Independence Domestic Energy Resource • Support expanded oil, gas, and/or • Analysis to inform energy policy coal exploration and production • Technical solutions to enable full • Unlock future resources (e.g., resource utilization (e.g ., Methane Hydrates ) Stranded Methane ) 3
Converting Coal Into High-Value Added Products Current and Potential Stakeholders for NETL CARBON NANOMATERIALS Graphene Graphene Oxide Carbon Quantum SMART TEXTILES Stain/Water Resistant Clothing 3D PRINTING MATERIALS Fluids Filaments PLASTIC Plastics COMPOSITES Devices Enhanced Plastics ENERGY STORAGE STRUCTURAL & MATERIALS BUILDING MATERIALS Supercapacitor Consortium with Leading Coal-Producing States, Structural Cements Electrode Materials Community Colleges, & Economic Development Programs IL WY KY WV PA 4
Fossil-focus in Advanced Manufacturing Advanced manufacturing to improve the performance and economics of energy and materials systems Expand materials and advanced manufacturing to extreme operational environments Develop carbon-based source materials Synthesize inter-disciplinary approaches to manufacturing 5
Appalachian Coal Country: Major Stakeholders Initiating & Enhancing Collaborative Partnerships INDUSTRY PARTNERSHIPS GOVERNMENTAL PARTNERSHIPS Tri-State Shale Coalition ACADEMIC PARTNERSHIPS NONGOVERNMENT PARTNERSHIPS Tri-State University Energy (TrUE) Alliance RAPID Manufacturing Institute 6
The NETL Regional Workforce Initiative Mission The NETL Regional Workforce Initiative (RWFI) creates a platform for: • communication and collaboration with stakeholders and partners • connect public investment in energy and advanced manufacturing NETL R&D to national and regional economic development, education, and jobs. • coordinating across economic development and workforce initiatives with NETL, and its federal agency partners, and national labs 7
Connect with NETL Strategic Partnerships: Mike Knaggs Michael.Knaggs@netl.doe.gov (304) 285-4926 CRADAs & CFAs: Jessica Lamp Jessica.Lamp@netl.doe.gov (412) 386-7417 Small Business Innovative Research/Small Business Technology Transfer: Maria Reidpath Maria.Reidpath@netl.doe.gov (304) 285-4140 Unsolicited Proposals: John Augustine John.Augustine@netl.doe.gov (412) 386-4524 Small Business Programs: Larry Sullivan Larry.Sullivan@netl.doe.gov (412) 386-6115 FOAs: Sean Plasynski Sean.Plasynski@netl.doe.gov (412) 386-4867 8
NETL Systems and Engineering Analysis (SEA) DDAA Annual Summit Chris Nichols Analyst, Systems Engineering and Analysis Solutions for Today | Options for Tomorrow
Systems Engineering & Analysis (SEA) Teams and Scope Process Systems Energy Process Analysis Energy Systems Analysis Engineering Research Energy Process Design, Analysis, and Cost Resource Availability and Cost Estimation • Modeling Process synthesis, design, • Plant-level modeling, performance assessment • optimization, intensification CO 2 storage (saline and EOR) • Cost estimation for • Steady state and dynamic process • Fossil fuel extraction plant-level systems model development • • Rare earth elements General plant-level • Uncertainty quantification • technology evaluation General subsurface technology • Advanced process control and support evaluation and support Grid modeling and analysis Design, optimization, and modeling framework to be expanded to all Environmental Life Cycle Analysis SEA “systems” Energy Markets Analysis Energy Economy Modeling and Impact Assessment • Economic impact assessment • Enhanced fossil energy representation • General regulatory, market and • Multi-model scenario/policy analysis financial expertise • Infrastructure, energy-water 10
Assessing Program Portfolio Impacts: Coal Program Example Baseline Data & Set R&D Goals and Project deployment Estimate Potential Model Evaluate Progress of Technologies Benefits of RD&D Development NETL CO 2 Saline Storage Cost Model NETL Cost and NETL CO 2 Capture, Transport, Storage (onshore and offshore) Performance Baseline and Utilization - National Energy for Fossil Energy Plants Modeling System (CTUS-NEMS) • Detailed, transparent account of • Adopted by EIA; used in AEO’s Borehole plant information 2014/15/16 bottom locations • Key resource for government, • Facilitates and encourages EPSA mapped academia and industry interactions by play name NETL CO 2 Prophet Model Oil Bearing Formation Gas Cap Annual Oil Production CO2 Utilization Factor CO2 Retention Factor 80.0 16 1 0.9 70.0 14 0.8 Net 60.0 12 0.7 50.0 10 Mcf/STB Fraction 0.6 M STB Pay 40.0 8 0.5 Oil Zone 0.4 30.0 6 0.3 Gross 20.0 4 0.2 10.0 2 0.1 0 Pay 0.0 0 0 10 20 30 40 0 10 20 30 40 0 10 20 30 40 Years Years Years ver 1 ver 2 ver 1 ver 2 ver 1 ver 2 Aquifer/ ROZ 11
Assessing Program Portfolio Impacts: Set and Baseline Data & Project Deployment of Estimate Potential Estimate Potential Benefits Evaluate Model Benefits of RD&D Progress to Technologies of CCRP RD&D Development R&D Goals New CCS Capacity and Associated Captured CO 2 2025 2040 291 MM U.S. Benefits of the Program, Cumulative through 2040 tonnes/year Benefit Area Metric 70 CO 2 Captured NG Retrofits Economic Growth Total Electricity Expenditure Savings NG Retrofits $ 60 New Gas CCS Employment 50 Gigawatts Coal Retrofits New NG Income CCS 40 New Coal CCS 114 MM Gross Domestic Product (GDP) tonnes/year 30 CO 2 Captured 57 MM Environmental CO 2 Captured at Coal and Gas CCS Facilities tonnes/year Coal Sustainability 20 CO 2 Captured Retrofits Energy Security Additional Domestic Oil Production via EOR New NG CCS 10 No Captured New NG New Coal CCS CO 2 Coal CCS Retrofits 0 No RD&D RD&D No RD&D RD&D
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