Tag: USGBC

STAR Community Rating System to be Fully Integrated into USGBC’s LEED for Cities & Communities Programs

The U.S. Green Building Council (USGBC) announced that the STAR Community Rating System, which offers certification for sustainable communities, will be fully integrated into USGBC’s LEED for Cities and LEED for Communities programs. This integration will help advance healthy, green and economically strong cities and communities – and reflects USGBC’s partnership with STAR Communities, the non-profit that runs the STAR rating system.

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USGBC Launches LEED Zero, to Address Net Zero Carbon Operations and Resources in LEED Green Building Projects

The U.S. Green Building Council  (USGBC) announced Wednesday, that it has launched LEED Zero, a new program that will address net zero operations and resources in buildings. “Net zero is a powerful target that will move the entire industry forward,” said Melissa Baker, senior vice president of technical core at USGBC. “For years, LEED projects around the world have aspired to net zero milestones. We are recognizing the leadership of these projects—and formalizing our commitment to focusing on carbon and net zero across the entire LEED community. These new certification programs will encourage a holistic approach for buildings and places to contribute to a regenerative future and enhance the health and wellbeing for not only building occupants, but all of humanity.”

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Guide to Green Building – Product of the Week

The JEB 3Seal HM+ spacer offers significant aesthetic and energy-efficient advantages. The high-modulus silicone secondary seal minimizes PIB migration, providing clear, straight sightlines. It also offers 35 percent higher design strength, allowing for a narrower air cavity in an IGU, and 10.4 percent more argon gas retention than standard sealants, based on ASTM 2190 testing. An IGU incorporating the JEB 3Seal HM+ spacer will retain its argon gas longer over other insulating glass systems, maximizing energy savings and extending the units service life.

The JEB 3Seal HM+ spacer offers significant aesthetic and energy-efficient advantages. The high-modulus silicone secondary seal minimizes PIB migration, providing clear, straight sightlines. It also offers 35 percent higher design strength, allowing for a narrower air cavity in an IGU, and 10.4 percent more argon gas retention than standard sealants, based on ASTM 2190 testing. An IGU incorporating the JEB 3Seal HM+ spacer will retain its argon gas longer over other insulating glass systems, maximizing energy savings and extending the units service life.

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August September 2017 online edition of PRISM

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