Oak Ridge National Laboratory NGA Meeting October 17, 2012 Thomas Wenning Program Manager Commercial, Residential and Industrial Energy Efficiency Overview • • • • IACs Industry Insights National Lab Capabilities DOE Tools DOE's Industrial Assessment Centers (IACs) • IACs provide practical in-plant training to engineering students at 24 universities. • Train 360-480 new engineering students per year for careers in industrial energy efficiency and energy management • Provide assessments to small and medium-size plants (energy costs below $3 million per year) – Conduct ~480 energy assessments per year – Identify $175,000 to $200,000 in potential annual energy savings per plant (average implementation rate: 35% to 45%) • Help university professors stay connected to the technical needs in manufacturing • Work with private sector partners to support workforce development • Open to collaboration http://www1.eere.energy.gov/industry/bestpractices/iacs.html IAC Locations Workforce Development • IAC students have participated in more than 15,000 assessments • Provided nearly 114,000 recommendations for small and medium-sized plants. • IACs have trained more than 3,000 students to become the next generation of energy engineers. • Nearly 60% of IAC graduates go on to careers in the energy industry. IACs (2012-2016) IAC Assessments (through 2012) http://www1.eere.energy.gov/manufacturing/tech_deployment/iacs.html IAC Assessment Components (1-day) • Client Solicitation • Pre-visit preparation – Pre-assessment data collection • • • • • • • Intake interview Plant Tour Recommendation brainstorming Onsite Data Collection Exit Interview Post Assessment Report Workup Review of assessment impact – Implementation callback (about 1 year after plant visit) The IAC DATABASE • Publicly Available • Contains: – Facility data – Recommendation data – Implementation data • Searchable by – – – – Size (in energy usage, employees, etc…) Industry Type (NAICS or SIC) Location Recommendation Type • Updated in Real-Time as the assessments are completed Industry Insights Barriers & Best Practices Better Plants Partners Facilities across the United States Implementation Barriers Unattractive evaluated return on investment Lack of manpower or personnel changes Change in policy or funding for energy reduction Process related limitations Concerns regarding operational changes Limitations of current available technology Red Flags by the employees Political issues 10 Corporate Best Practices • Hold Senior Managers accountable for Energy Efficiency – compensation at risk • New Projects and New Products must pass energy efficiency reviews • Sustainability as an umbrella • Supplier / Customer outreach – Customer retention • Dedicated Energy Funds The Search for Revolutionary Technologies Costs +% 0 Utilizing Best Practices Revolutionary Technologies Investment -50% 0 Years N AMO Resources & Key Tools DOE’s Advanced Manufacturing Office (AMO) hosts over 40 software tools on its website. These tools provide manufacturers with a wide variety of measurement, calculation, and tracking capabilities related to energy management and energy efficiency. Energy Performance Tracking Energy Management Energy Performance Indicator v.2.0 Tool eGuide for ISO 50001 Project Opportunities Tracker eGuide Lite Corporate Energy Performance Tracking for Better Plants Partners Facility Energy Performance Tracking for Superior Energy Performance ePEP (Plant Energy Profiler) Energy Systems Analysis • • • • • • • • Motors Pumps Fans Compressed Air Steam Process Heating Data Centers Simple Calculators http://www1.eere.energy.gov/industry/bestpractices/software.html eGuide & eGuide Lite The eGuide/eGuide Lite* is a comprehensive resource for implementation of an EnMS based on a continual improvement framework. The step by step approach of the eGuide is based on the PLAN-DO-CHECK-ACT requirements of ISO 50001. Systematic approach to Energy Management New to Energy Management *Note: Use of the eGuide does not itself guarantee that the implementing organization will attain third-party ISO 50001 certification. https://save-energy-now.org/EM/SSPM/Pages/home.aspx DOE eGuide Lite Tool Thank You! Thomas Wenning Program Manager Commercial, Residential and Industrial Energy Efficiency Oak Ridge National Laboratory 865.241.8676 wenningtj@ornl.gov Industry Breakdown Number of U.S. Plants U.S. Manufacturing Plants: By Size 250000 200,710 Percent of Total U.S. Manufacturing Energy 200000 Small 5% 150000 84,298 112,398 100000 Large 58% 50000 4,014 0 Small Plants Crosscutting Assessments Mid-Size Plants Large Plants All Plants System-Specific Assessments Mid-Size 37% DOE’s National Laboratories: A comprehensive research system employing 30,000+ scientists and engineers Fermi Lab Pacific Northwest Argonne Idaho National Energy Technology Lab Ames Brookhaven Lawrence Berkeley Princeton Stanford Thomas Jefferson Lawrence Livermore National Renewable Energy Lab National Security Sandia Los Alamos Science Cleanup Energy Oak Ridge Savannah River Superior Energy Performance: Piloting and Demonstrations States, regions, and utilities are partnering with U.S. DOE on Superior Energy Performance demonstrations with companies across the country. The program was initially piloted by five facilities in Texas from 20082010 using ANSI/MSE 2000:2008. Industrial Participants: • • • • • • • • 3M Alcoa Allsteel Amcor PET Ascend Performance Materials Bentley Prince Street Bridgestone Tire Coca-Cola • • • • • • • • • Cook Composites & Polymers Cooper Tire Cummins Didion Milling, Inc Dixie Chemical Dow Chemical Eaton Freescale Semiconductors General Dynamics • • • • • • • • • Harbec Inc. Haynes International Holcim Ingersoll Rand Kenworth Trucks Lockheed Martin MedImmune Neenah Foundry Company Nissan • • • • • • • • • • OLAM Spices Owens Corning Republic Conduit Schneider Electric Spirax Sarco Traco UTC/Sikorsky United States Mint Volvo World Kitchen http://www.eere.energy.gov/industry/energymanagementdemonstrations/ Implementation Guide Overview Guiding Principles for Successfully Implementing Industrial Energy Assessment Recommendations • Recent resource for industry • Identifies key principles and actions that lead to successful implementation of energy assessment recommendations • Connects readers with a variety of trusted resources • Simple tools for supporting energy management programs and continuous energy performance improvement efforts The guide is available for download from AMO’s Publication and Product Library at: http://www.eere.energy.gov/industry/pdfs/impl ementation_guidebook.pdf • 11 Assessment to Implementation Guidebook Principles 1. 2. 3. 4. 5. 6. Integrate the process of identifying energy-savings opportunities with the process of implementing energysavings opportunities Assign clear accountability to those participating in the assessment Explain and communicate the implications of performing an assessment Understand the company scheduled to conduct the assessment Perform an assessment only if the plant welcomes it and demonstrates its commitment to implementation Organize assessment logistics to promote a successful identification process for opportunities 11 Assessment to Implementation Guidebook Principles (cont’d) 7. Employ an assessment process that moves smoothly from identifying to implementing opportunities 8. Maintain continued momentum from the assessment to the implementation of approved energy-savings projects 9. Quantify energy-savings benefits from assessments 10. Publicize successful implementation results and recognize employee contributions 11. Identify lessons learned to ensure success