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Industrial Technologies Program
 
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Energy Intensive Industries Aluminum Chemicals Forest Products Glass Metal Casting Mining Petroleum Refining Steel Crosscutting Technologies Combustion Distributed Energy Energy Intensive Processes Fuel and Feedstock Flexibility Industrial Materials for the Future Nanomanufacturing Sensors & Automation BestPractices Industrial Assessment Centers (IACs) Inventions and Innovation

Energy Intensive Industries

ITP maximizes its technology investments through collaborative R&D partnerships in eight vital industries. These industries use large amounts of heat and energy to physically or chemically transform materials. Collectively, they supply 90% of the materials vital to our economy, produce $1 trillion in annual shipments, directly employ over 3 million people, and indirectly provide an additional 12 million jobs at all skill levels.

Energy Use and Loss Footprints

Learn more about how energy is used, and wasted, in energy intensive industries by looking at the Energy Use and Loss Footprints for each industry. Understanding where and how energy is used within the average plant can help you identify areas of energy intensity and improve efficiency in these areas.

Aluminum 

Our R&D partners are developing advanced processes, including revolutionary smelting technologies that could cut the industry's electricity use by 25% or more.

Chemicals 

The U.S. chemical industry produces 25% of the world's chemicals to meet our most fundamental needs and support our most advanced technologies.

Forest Products 

We provide cost-shared support for top R&D needs in such areas as sustainable forestry and improved energy and environmental performance. We also work with other Federal offices on advanced gasification technologies.

Glass 

Energy costs account for approximately 8-12% of glass production costs. Our industry partners represent all sectors of the glass industry and share a common interest in R&D on energy-efficient melting technologies.

Metal Casting 

Energy expenditures account for about 5% of the value of metal casting shipments. Our cost-shared R&D projects are improving the energy and materials efficiency of U.S. metal casters, who must compete against foreign producers with access to lower-cost energy.

Mining 

Energy represents about 5% of the value of all mining products. R&D projects include technologies for energy-efficient mining and processing of coal, metals, and industrial minerals.

Petroleum Refining 

Our cost-shared R&D projects focus on petroleum refining—the most energy-intensive U.S. manufacturing industry.

Steel 

Energy accounts for about 15% of the total manufacturing cost for steel. This vital industry is responsible for about 2% of all U.S. energy use.