Accessible Products of the Future…are Here!

Written by Victoria Lanteigne, Senior Accessibility Consultant

The GR-5: Winning Prototype from Marymount University’s 2017 Strong by Design-athon.

Every April during National Fair Housing Month, those of us on SWA’s Accessibility Team like to partake in activities that remind us why accessible design is so important – both in housing and otherwise. This year, I had the exciting opportunity to be part of a guest jury for a design competition with Marymount University in Arlington, Virginia. The fourth annual Strong by Design-athon is a project exhibition that aims to raise awareness about the needs of veterans with disabilities and inspire the design, technology, and healthcare communities to embrace Universal Design.
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Replacing Indian Point

Written by Mike Flatley, Director, Commercial Building Energy Services

Under an agreement reached earlier this year between New York state officials and Entergy, the Indian Point Energy Center could be shut down as early as April 2021. The big question going forward is what will replace the 2,000 MW of electricity currently being provided to the downstate region by Indian Point. This energy gap will occur just as New York State is working to meet Governor Cuomo’s goal of having renewable energy account for half of the electricity delivered by utilities in New York by 2030.
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Moderate Rehabs in Pre-War Buildings: Practical Limits to Hydronic Building Energy Savings

Written by Bryan Simpson, Mechanical Engineer

New York City has established high goals for CO2 reductions as part of the 80 x 50 plan enacted under Mayor de Blasio’s administration. In short, NYC aims to reduce its CO2 production by at least 80% by 2050 (from a 2005 baseline). This requires vast energy conservation and renewable energy production proliferation across the city’s energy, transportation, waste management, and building sectors. Buildings themselves account for 68% of current CO2 production in the City, and as such have the largest reduction targets1. Goals can only be met by implementing repeatable and scalable scopes of work in coordination with policy updates and improvements in other energy sectors. To better understand the efficacy of these moderate improvements on overall energy consumption, we’ve analyzed the results from a recent portfolio rehabilitation. These findings help us to create a map of where we need to go in order to approach 80 X 50.

Figure 1: 80 x 50 NYC Buildings CO2 Reduction Goals, NYC Mayors Office of Sustainability, Roadmap to 80 x 50 Report

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Laundry Rooms are Complicated: Integrating Vented Clothes Dryers in Multifamily Passive House Projects

Written by the SWA Passive House Team

Common laundry rooms are typically provided in market rate and affordable multifamily buildings. Because there are no ventless clothes dryers available for commercial use in North America (such as condensing or heat pump dryers), Passive House (PH) projects must make do with standard coin-operated, conventional vented clothes dryers. With a conventional electric or gas vented dryer, ambient air from the laundry room is heated and blown into the dryer’s drum as it tumbles. This air picks up the moisture from the laundry and is exhausted – sending hot moist air and lint particles to the outside. For any dryer that exhausts more than 200 cfm and in common laundries that have several dryers, make-up air must be supplied to the room so the dryers have enough air to operate properly. This make-up air must then be heated or cooled and therefore, increases the building’s energy demand.

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Tech Notes – Medical Diagnostic Equipment and Accessibility

By Victoria Lanteigne, Senior Accessibility Consultant

The United States Access Board recently issued new standards under Section 510 of the Rehabilitation Act of 1973 for Medical Diagnostic Equipment (MDE). The Proposed Standards provide design criteria for MDE such as examination tables and chairs, scales, radiology equipment, mammography equipment, among other medical equipment. The new accessibility requirements, “establish minimum technical criteria that will allow patients with disabilities independent entry to, use of, and exit from medical diagnostic equipment to the maximum extent possible.”

The Proposed Standards provide technical criteria that will facilitate the use of equipment for people with disabilities in the supine, prone, side-lying, and seated positions. A few key requirements from the Proposed Standard are following:

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