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The is pleased to announce that is the recipient of a $3 million grant from the Housing Affordability Breakthrough Challenge. A nationwide competition administered by Enterprise Community Partners and the Wells Fargo Foundation, the Housing Affordability Breakthrough Challenge supports innovative solutions to make housing more accessible and equitable.

Hydronic Shell Technologies will implement a patented building technology that uses prefabricated, modular panels to retrofit multifamily buildings. This high-efficiency system is designed to improve indoor air quality and lower residents’ energy bills.

Based in New York City, Hydronic Shell Technologies is a member of ���ӽ�CoE’s Partner Program, a network of startups and established companies working on indoor environmental quality, renewable energy and other green technologies. Hydronic Shell Technologies is also an active industry collaborator in ���ӽ�CoE’s , which is funded by the U.S. Department of Energy and executed in partnership with CenterState CEO.

“���ӽ� was the birthplace of the modern HVAC industry in the early 20th century, and the culture of innovation still thrives here,” says David Goldstein, founder and CEO of Hydronic Shell Technologies. “���ӽ�CoE and ���ӽ� University have been essential partners in helping us reach this point, and we’re thrilled to work with them and other local partners to showcase a transformative new approach to retrofitting buildings, achieving deep emissions reductions while addressing the urgent quality of life issues prevalent in affordable housing communities throughout the country.”

Hydronic Shell Technologies will work in collaboration with ���ӽ�CoE and the University, as well as other project partners that include two ���ӽ�CoE Partner Program members: and . The project will be implemented at a seven-story ���ӽ� Housing Authority residential building located at 418 Fabius St. on the city’s Near West Side.

As New York State’s Center of Excellence in Environmental and Energy Systems, ���ӽ�CoE is a hub for cutting-edge research and serves as a test bed for products that deliver clean energy solutions. Over the past twenty years, ���ӽ�CoE has engaged more than 200 firms and organizations in collaborative projects, as well as over 75 faculty members across ���ӽ� University and partner institutions.

“We are very excited to support the efforts of Hydronic Shell Technologies,” says ���ӽ� COE Executive Director , professor of mechanical and aerospace engineering in the College of Engineering and Computer Science. “David and his team have designed a unique product that will make our community’s public housing stock more energy-efficient and livable.”