Stanford University Invests Millions in Developing Arts District

PALO ALTO, Calif. — After already pumping millions into its burgeoning Arts District, Stanford University is planning to add another arts facility to its growing campus. Stanford students struggling to find performance and rehearsal space are applauding the school’s decision to construct a new “arts gym.” This drop-in studio and performance space will increase arts resources at the school where students have been forced to practice in parking lots and dorm lounges.

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Whitney Meeks Steinbrecher

Quackenbush Artchitects + Planners of Columbia, S.C., has welcomed interior designer Whitney Meeks Steinbrecher to its team. Steinbrecher most recently served as a senior design and project manager at GMK Associates, also of Columbia, and has worked on multiple corporate, hospitality and senior living design projects and renovations.

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David W. Waggoner

The Council of Educational Facility Planners International (CEFPI) recently named David W. Waggoner, AIA, CEFP, LEED AP, BD+C, as the chair of its board of directors. Waggoner is currently the vice president and director of program management services at Atlanta-based Heery International. He is responsible for service quality and innovation in the firm’s program management practice.

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Water Saving Toilet System

The new Manual Flushometer Toilet System from American Standard uses 31 percent less water than 1.6 GPF systems, while still reducing clogging and maintenance. The unit’s improved flush valves offer excellent drainline carry and have been proven to successfully flush 800 grams of waste in Maximum Performance Testing. The system also features an anti-microbial EverClean finish, a reliable self-cleaning piston, a smart feature to prevent potential water waste and precise metering to deliver the promised water savings.

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Energy-Efficient Snow Melting System

Embedded Hydronic Snow Melting Systems by Uponor eliminate annual maintenance costs related to snow removal, as well as chemical-based environmental concerns. Similar to indoor radiant floor heating, this energy-efficient system circulates a mixture of warm water and glycol through an underground, cross-linked polyethylene tubing system. Designers and installation experts take elements such as snowfall rates, density, temperature and wind speed into account, and design the most effective and energy-efficient system for any given space.

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