Energy Use Reduction

Oklahoma State University broke ground in October of 2016 on the $35 million Undergraduate Engineering and Technology Laboratory Building in Stillwater. Supporting a progressive pedagogy for interactive education, the 70,000-sf facility will provide 14 undergraduate research labs, a lecture hall, and flexible student project space. Chemical, biomedical, and environmental science labs will feature configurable pilot plants for hands-on instruction in manufacturing and bioprocessing.

The University of Kentucky dedicated the $112 million Jacobs Science Building in October of 2016. Designed by Payette and JRA Architects, the flexible 240,000-sf facility features technology-enabled active learning (TEAL) classrooms, collaborative teaching labs, advanced instrumentation suites, lecture halls, and outdoor classrooms. The sustainably designed project was built by Messer Construction. 

Because it’s expensive to heat and cool outdoor air drawn into a building, workspaces tend to be ventilated only enough to meet ASHRAE minimums or achieve a LEED credit. But air quality profoundly affects workers’ cognitive performance, and even modest increases in ventilation can yield productivity and health benefits that far exceed the cost, says Joseph Allen, assistant professor and director of the Healthy Buildings Program at the Center for Health and the Global Environment at Harvard T.H. Chan School of Public Health.

Clark College opened its $40 million STEM building in October of 2016 in Vancouver, Wash. Designed by LSW Architects to support programs in science, technology, engineering, and mathematics, the three-story, 70,000-sf project provides classrooms, teaching labs, and offices for the departments of biology, chemistry, geology, physics, and engineering.

Karolinska University Hospital has awarded Skanska the $140 million contract to construct a 312,000-sf medical building in Huddinge, Sweden. The project will include eight interventional services rooms, 21 exam rooms with integrated imaging technologies, 23 surgical suites, and a sterilization center. The sustainably designed facility is expected to attain Gold certification from the Sweden Green Building Council. Construction began in June 2016 and completion is slated for 2019.

Merck KGaA is planning to construct a $56 million pharmaceutical packaging plant on the campus of its headquarters in Darmstadt, Germany. Designed as a packaging center of excellence, the flexible 161,460-sf facility will optimize energy savings through the use of advanced production technologies. Completion is expected in late 2017 with full operations commencing in mid-2018. The project will be constructed to meet the most stringent international Good Manufacturing Practices (GMP) standards.

Nova Southeastern University opened the $100 million Center for Collaborative Research in September of 2016 in Davie, Fla. Designed by ACAI Associates, the six-story, 215,000-sf facility features wet and dry laboratories, a high-performance computing environment, the AutoNation Institute for Breast and Solid Tumor Cancer Research, the NSU Cell Therapy Institute, and the Institute for Natural and Ocean Sciences Research.

The University of Texas at El Paso is planning to break ground in early 2017 on the $85 million Interdisciplinary Research Building. Designed by Perkins+Will, the 150,000-gsf project will feature collaborative research labs, a vivarium, imaging suites, core labs, a visualization suite, conference rooms, an atrium, an auditorium, and academic and administrative offices.

Weber State University opened the $60 million Tracy Hall Science Center in August of 2016 in Ogden, Utah. Designed by VCBO Architects of Salt Lake City, the four-story, 175,000-sf facility offers advanced labs and classrooms as well as housing all eight departments of the College of Science.

West Park Healthcare Centre is planning to build a new rehabilitative medicine facility in Toronto. Providing both inpatient and outpatient care, the 720,000-sf hospital will feature multiple outdoor therapy areas and healing gardens. The sustainably designed facility is a part of a comprehensive redevelopment of West Park's existing 27-acre site to create an integrated healthcare campus.

Brown University is constructing an $88 million facility for the School of Engineering in Providence, R.I. Designed by Kieran Timberlake, the three-story, 80,000-sf project will support collaborative research in neuroscience, biomedical engineering, and clean energy technologies. The sustainably designed facility will feature open-plan laboratories, cleanrooms for bioscience and nanotechnology, an imaging suite, collaboration spaces, and an advanced multidisciplinary undergraduate teaching lab.

Reckitt Benckiser (RB) is planning to build the £105 million R&D Centre for Scientific Excellence in Hull in the United Kingdom. Designed and built by M+W Group, the 140,000-sf innovation hub will feature GMP (Good Manufacturing Practice) laboratories for the research and development of consumer health and hygiene products, and will include analytical, formulation, and microbiology suites as well as a stability testing unit.

Stanford Health Care is building an 824,000-sf replacement hospital in Palo Alto, Calif.  Designed by Rafael Viñoly Architects in association with Lee, Burkhart, Liu, the patient-centered facility will provide 17 operating rooms, advanced imaging suites, an emergency department, a Level One trauma center, a helipad, and 368 private inpatient rooms. The sustainably designed project will utilize exterior glass panels to optimize natural light and will feature a central atrium and five healing gardens.

Williams College will begin construction by fall of 2016 on a $204 million renovation of the Unified Science Center in Williamstown, Mass. Featuring flexible laboratories for interdisciplinary teaching and research, the project includes construction of two new structures totaling 177,000 sf. The first 77,000-sf building will house research labs for biology, chemistry, and physics and is slated for completion in May of 2017.

Retrofit or renovate? It’s a common question facing many owners of laboratory facilities built in the 1970s, and the answer isn’t always obvious. A simple retrofit of building systems can improve reliability and cut energy consumption significantly, but a gut renovation can be transformative by enhancing performance and providing associated benefits in recruitment and retention, quality of life, and scientific productivity––benefits that can more than offset the higher initial cost.