Implementation of Metal Casting Best Practices - EERE - U.S. ...
Implementation of Metal Casting Best Practices - EERE - U.S. ...
Implementation of Metal Casting Best Practices - EERE - U.S. ...
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• Lack <strong>of</strong> Awareness <strong>of</strong> Free ITP Tools and Services: The assessment team found that<br />
very few <strong>of</strong> the participating facilities were aware <strong>of</strong> the free tools and services <strong>of</strong>fered<br />
by the ITP Technology Delivery subprogram.<br />
Solutions to Lack <strong>of</strong> R&D <strong>Implementation</strong><br />
Several common factors that hinder the implementation <strong>of</strong> research results and perpetuate the<br />
lack <strong>of</strong> awareness <strong>of</strong> free ITP resources are not unique to the metal casting industry. These are<br />
common problems that can be changed thorough education and by incorporating some<br />
fundamental changes in management practices. The assessment team summarizes these solutions<br />
as:<br />
• Using employee incentives;<br />
• Quantifying metrics to measure the exact result or savings realized;<br />
• Provide more clarification on the recommendations made by IAC;<br />
• Increase outreach regarding and training on the tools and services <strong>of</strong>fered by ITP;<br />
• Provide metal casters with the tools needed to develop a business case to support a<br />
project implementation proposal.<br />
Common Energy-Saving Solutions<br />
A number <strong>of</strong> the energy-reducing solutions the assessment team recommended for all the<br />
facilities visited can be replicated among other metal casting facilities with little or no capital<br />
investment. They will reduce operating costs and thereby improve a facility’s financial bottom<br />
line. They include:<br />
Process Heating<br />
• Optimize melting and heat treating operations; cover the furnace and maintain<br />
refractories; and install radiant panels in crucible furnaces.<br />
• Shift operations to stack melters for their high efficiency and their improved operability<br />
and design.<br />
Facility Maintenance<br />
• Implement an energy management program.<br />
• Eliminate leaks in compressed air systems;.<br />
• Install energy-efficient lighting with better ballasts, high-efficiency bulbs, and occupancy<br />
sensors.<br />
• Use cogged belts rather than the traditional smooth belts to drive components.<br />
• Schedule energy-intensive processes to occur at non-peak load periods.<br />
• Keep molten metal surfaces covered and optimize ladle heating practices.<br />
Conclusion<br />
The barriers to implementing the ITP <strong>Metal</strong> <strong>Casting</strong> R&D and <strong>Best</strong><strong>Practices</strong> can be overcome.<br />
With the assistance <strong>of</strong> the ITP <strong>Metal</strong> <strong>Casting</strong> program, AFS, NADCA, and SFSA, the country’s<br />
metal casters can reduce energy consumption and become more productive. Key conclusions<br />
from the project are:<br />
• The industry can use incentives to encourage employees to undertake energy efficiency<br />
projects and not become complacent with a particular level <strong>of</strong> imperfection.