UNM Partners with Albuquerque's Emerging 2030 District

Albuquerque Emerging 2030 DistrictALBUQUERQUE, NM — The University of New Mexico (UNM) has partnered with Albuquerque’s Emerging 2030 District, a nationwide initiative — with established, grassroots districts in Seattle, Pittsburg, Cleveland, Denver, Dallas, Los Angeles and San Francisco — formed to meet the urban sustainability standards set by the 2030 Challenge for Planning.

Albuquerque’s Emerging 2030 District is a private sector-led effort utilizing collaboration, incentives, shared resources and public-private partnerships to promote the development of high-performance buildings and a healthier, livable city of the future.

Participating 2030 District property owners, including UNM, voluntarily commit to reducing their existing properties' environmental impact by 50 percent, by the year 2030, with regard to energy use, water use and transportation-related emissions. 

UNM has been committed to reducing energy consumption since the 1970s and has many years of experience in developing innovative strategies and procedures to support sustainability and energy conservation. 

President Robert Frank approved UNM’s involvement in Albuquerque's Emerging 2030 District recently by committing the main and north campuses to the high-performance building initiative. 

Part of this initiative includes sharing utility data and best practices in order to support this collaborative effort. This type of community involvement is an example of UNM’s commitment to education and serving the New Mexico community. 

Information sharing is a key element to this program’s success. UNM will benefit from this collaboration because even though it has been thinking about these issues for many decades, these partners will bring their ideas and successes to the table for discussion, opening up a world of possibilities.

“We have many years of practice when it comes to reducing the university’s environmental impact, and we have implemented many design standards that can easily be translated to business owners in Albuquerque with regard to conserving energy,” says Jeff Zumwalt, director of UNM’s Physical Plant Department. 

Downtown property owner Laurie Tarbell and chair of the ABQ Emerging 2030 District exploratory committee, says that “Albuquerque is building great momentum to officially launch its 2030 District, and UNM's commitment of approximately 9.7 million square feet of existing buildings to the initiative is tremendously inspiring. President Frank's visionary action — UNM's leadership by example — will catalyze sustainable redevelopment and innovation throughout our urban core.”

Featured

  • Illinois District Boosts Security at High-School Stadium

    Richmond-Burton Community High School in Richmond, Ill., recently announced that it has completed the redesigned entrance to its high school stadium with a new focus on school security and community engagement, according to a news release. The district partnered with Wold Architects and Engineers on the project as part of District #157’s year-long facilities master plan.

  • LSU Breaks Ground on $200M Residential Project

    Louisiana State University in Baton Rouge, La., recently broke ground on a new residential complex, according to university news. The South Quad residential project will consist of two buildings and add a total of 1,266 beds for freshmen students. The development comes with a price tag of $200 million, and it’s scheduled to open to students in fall 2027.

  • New City School

    Turning Crisis into Opportunity: Transforming New City School

    When New City School in St. Louis suffered catastrophic flood damage in July 2022, the event could have marked a serious setback for the 100-year-old institution. Instead, it became a forward-looking opportunity.

  • iPark 87

    Building a Future-Focused Career and Technical Education Center

    A district superintendent shares his team's journey to aligning student passions with workforce demands, and why their new CTE center could be a model for districts nationwide.

Digital Edition