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Benefits Analysis for the Office of Energy Efficiency and Renewable Energy

Energetics is completing and reporting on a prospective benefits analysis of the $2 billion research, development, and demonstration (RD&D) portfolio of the Department of Energy, Office of Energy Efficiency and Renewable Energy (EERE).More Info

Chemical Industry Energy Footprint

Energetics established this unique approach for graphically representing the flow of chemical industry energy use, which shows how energy is distributed, used, and lost along the pathway to final process end use. Increasing detail on energy systems and energy type is provided in a series of three slides.More Info

Distributed Energy Technology Simulator

The Distributed Energy (DE) Technology Simulator has been developed as a simple, user- friendly, cost-effective tool to assess the applicability of Distributed Energy Technologies in a variety of applications.More Info

Distributed Energy Technology Simulator Microturbine Demonstration

The National Rural Energy Cooperative Association (NRECA) and Sandia National Laboratories have supported an effort to develop a device that will simulate the technical and economic performance of distributed energy technologies....More Info

Federal Policies and Measures that Promote Deployment of GHG-Reducing Technologies

Energetics developed a web-based inventory that provides a wealth of information suitable for policy analysis on policies and measures currently in place that are designed to encourage deployment of greenhouse gas (GHG)-reducing technologies.More Info

Industrial Energy Intensity and GHG Baseline Framework

Energetics developed a step-by-step framework and associated spreadsheet tool to help plants and companies in the Save Energy Now program establish a baseline for their industrial energy intensity and energy-related greenhouse gas (GHG) emissions.More Info

Industrial Technologies Program Benefits Analysis (FY2011)

Energetics modeled the energy and environmental benefits of 70 industrial technologies through 2060 for the U.S. Department of Energy’s Industrial Technologies Program (ITP) and developed a report describing the methodology and results.More Info

Industrial Technologies Program Risk Analysis (FY2010)

Energetics elicited expert opinions on 15 industrial technologies, ran simulations that provided a distribution of energy benefits, and compiled the results in a report for the U.S. Department of Energy's Industrial Technologies Program.More Info

Industrial Technologies Program Risk Analysis (FY2011)

Energetics elicited expert opinions on 12 industrial technologies, ran simulations that provided a distribution of energy benefits, and compiled the results in a report for the U.S. Department of Energy's Industrial Technologies Program.More Info

Malaria Decision-Making Framework and Website

Energetics helped MVI work with health officials, medical professionals, researchers, and non-governmental organizations in six African countries to prepare a Decision-Making Framework to enable informed and timely policy decisions about an eventual vaccine.More Info

Manufacturing Energy and Carbon Footprints

Energetics developed a series of energy footprints designed to map the flow of energy supply, demand, and loss in 17 U.S. industrial manufacturing sectors.More Info

Scenario Analysis of Greenhouse Gas Impact Projections

Energetics developed a range of technology penetration scenarios to estimate the domestic greenhouse gas (GHG) emission reductions impacts through 2050 of selected U.S. Department of Energy programs.More Info

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