Penn State Board Approves Building Proposals

STATE COLLEGE, Pa. — Penn State’s Board of Trustees Committee on Finance, Business and Capital Planning approved proposals on July 16 for renovations to the Deike Building on the State College campus as well as an agricultural digester and replacement barns in the dairy research complex.

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N.J. School Celebrates Topping Out

PATERSON, N.J. — Paterson School District leaders marked the topping out of the new P.S. 16 Elementary School with a ceremony and beam signing on July 1. The event marked a significant milestone in construction on the new 109,500-square-foot school. Immediately following the signing, attendees watched as the steel beam was hoisted into place, completing the school’s steel gymnasium structure.

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Sun Control Textiles

Mermet USA, a leader in high-performance Sun Control Textiles, introduced its new T Screen Deco and T Screen Naturals shade fabric collections. Offering textured patterns and superior fenestration performance, T Screen Deco and T Screen Naturals are composed of 36 percent fiberglass and 64 percent vinyl for excellent solar control and durability. Each collection features a high contrast white backing for superior heat reflectivity and front facing colors for clean views and glare control.

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Fort Rucker to Construct New Elementary School

FORT RUCKER, Ala. — Plans to replace Fort Rucker Elementary School — part of the Fort Rucker Army Base — are underway now that Orlando, Fla.-based SchenkelShultz has been selected as the project’s architect. SchenkelShultz was awarded the 133,542-square-foot project under the firm’s Indefinite Delivery/Indefinite Quantity (IDIQ) contract with the U.S. Army Corps of Engineers, Norfolk District.

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Elastomeric Coating

GAF recently introduced WeatherCote Elastomeric Coating, a water-based acrylic roof coating that provides a durable, protective weathering layer for low-slope roofs. Applicable to both school and university facilities, WeatherCote Elastomeric Coating is highly reflective, directing heat and UV away from the building. With an 88 percent initial reflectivity, it reduces wear and tear on the membrane below as well as lowers the temperature inside the building, saving on energy costs during summer months.

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