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PITTSBURGH CORNING TECHNICAL DOCUMENT AVAILABLE ON THE WEB
Pittsburgh Corning is pleased to announce that its technical document, "FOAMGLAS(R) Insulation Thermal Conductivity Values for the 3E Plus Computer Program" is available on the web at: www.foamglas.com/Industry/en.
Click on the Technical Services tab on the right side of the home page and you will be taken to the 3E Plus page. Instructions on how to use the system with current values are on this page.
This document will allow the user to produce results which accurately represent the current FOAMGLAS(R) properties and in so doing, achieve the proper insulation thicknesses.
Questions regarding the FOAMGLAS(R) technical services can be addressed through the website or by calling 1-800-545-5001.
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MAJOR ENERGY EFFICIENCY GAINS, CARBON CUTS POSSIBLE WITH GREATER USE OF MECHANICAL INSULATION
Annually, $4.8 Billion in Energy Savings, 89,000 Green Jobs Achievable
A modest increase in the use of energy-efficient mechanical insulation would allow the United States to quickly generate significant energy demand reductions in the commercial and industrial sectors, create tens of thousands of green jobs and help cut the nation's greenhouse gas emissions, according to the National Insulation Association (NIA). Mechanical insulation improves the operation of heating, ventilation and air conditioning (HVAC) systems, process piping and equipment, and refrigeration in commercial buildings and industrial plants, which are some of the largest energy consumers in the country. NIA spent months analyzing government and private data to assess the mechanical insulation industry's potential to make the United States more energy efficient.
The association worked with Oak Ridge National Laboratory (ORNL) and the Energy Department's Industrial Technologies Program to assess possible gains in large and medium industrial facilities. The team relied on data from DOE's Save Energy Now program*, which conducts energy audits of industrial facilities, to determine the energy and environmental benefits from basic insulation use in large and medium plants. NIA and DOE/ORNL estimate that mechanical insulation could deliver more than $1.9 billion in energy savings from simple maintenance of insulation in large and medium industrial plants. NIA estimated this maintenance work would create 12,000 jobs per year.
ORNL's Dr. Tony Wright, an expert on energy efficiency best practices, stated that "Many of the large and medium plant energy assessments sponsored by the U.S. Industrial Technologies Program have identified mechanical insulation improvements as an important savings opportunity. Improvements in mechanical insulation in large and medium U.S. industrial plants are often a cost effective opportunity for reducing energy use and energy costs and should be seriously considered."
While significant, the $1.9 billion in savings and 12,000 new jobs do not include potential efficiency gains that could be had in small industrial plants, the power sector or the commercial sector--think hospitals, schools and government buildings--which were not included in the universe of the Save Energy Now assessments. (The Save Energy Now assessments were primarily focused on process heating and steam systems. Thus, the above estimates do not represent the total energy or emission reduction potential for large and medium plants. Nor do the estimates consider energy efficiency improvements from increased use of mechanical insulation in new facilities.)
NIA then studied the potential in the small industrial plant maintenance market. When including this segment and the jobs needed to distribute the technology, NIA estimates mechanical insulation could improve industrial energy efficiency considerably more, saving more than $2.5 billion in energy costs, eliminating 28 million metric tons of carbon dioxide and creating more than 16,500 jobs per year. As President Obama and Congress work to increase energy efficiency--particularly to reduce the 40 percent of the nation's energy consumed by buildings--the data highlights the potential contribution of mechanical insulation.
To put the $2.5 billion in energy savings in context: a modest increase in mechanical insulation use would exceed President Obama's goal to save $2 billion per year from increasing energy efficiency in government buildings using all technologies combined.
"These findings suggest that mechanical insulation truly has been overlooked," said NIA EVP/CEO Michele M. Jones. "NIA is working to help our nation move toward energy efficiency and independence, protecting the environment, and creating or preserving jobs through increased education about the benefits of mechanical insulation."
NIA is currently refining estimates for the power/utility sector and preparing data on increasing insulation thickness beyond the ASHRAE 90.1 2007 guidelines for piping and HVAC applications. NIA's preliminary estimates indicate that when including these areas there is an additional potential of $2.3 billion in energy savings, a reduction of 15 million metric tons of CO2 emissions and 73,000 jobs created. The total estimate illustrates the huge energy efficiency opportunity in the industrial and commercial sectors: $4.8 billion in energy savings, a reduction of 43 million metric tons of CO2 emissions and 89,000 new jobs. The CO2 reduction would be the equivalent of shutting down nine coal plants every year.
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