31 May 2011
31 May 2011
Intertape Polymer Group (IPG) has been recognised for meeting the US EPA (Environmental Protection Agency) Energy Star Challenge, a national initiative for Energy Star partners to improve energy efficiency at commercial and industrial facilities by 10 percent or more within five years.
Approximately 240 companies enlisted in the EPA’s call-to-action. However, only the efforts of 34 facilities operated by 14 companies were publicly acknowledged for successfully reducing emissions at their manufacturing sites.
IPG, which supplies tapes and films designed specifically for the marine and composites industries, was cited for energy efficiency improvements of 29.1% in Carbondale, Illinois, 23.4% in Richmond, Kentucky, and 18.3% in Menasha, Wisconsin.
“IPG was able to achieve the Energy Star Challenge at its plants through the commitment and capability of our employees. We’re making energy efficiency part of our DNA,” stated Mike Jones, IPG’s Corporate Energy Team Leader. More specifically, various IPG plants implemented energy reduction initiatives by installing new insulation, variable frequency drives, energy efficient lighting, improved compressed air systems, and economizers on boilers. They also reinforced shut off/turn down procedures, reduced the cycling frequency of its boilers, and implemented dryer improvements.
“This achievement illustrates IPG’s commitment to implement and continually improve sustainable business practices. Using energy more efficiently allows us to reduce our carbon footprint, which is fundamentally good for everyone,” said Rick Carnell, IPG’s Environmental Health & Safety Director.
2019 JEC Aerospace Innovation Award recognises herone and development partners Victrex and TU Dresden. Application on display at AIX in April.
With environmental awareness stimulating interest in sustainable materials, issues such as recyclability and environmental responsibility are becoming ever more important.
A high-performance moulding compound from Hexcel has been used to produce a carbon fibre-reinforced plastic (CFRP) transmission crossmember using a zero- waste process ideal for high-volume manufacture.