Research and Development

WIRB-Copernicus Group (WCG), a global provider of regulatory and ethical review services for clinical research, acquired Alliance Biosciences in July of 2014. With this addition, WCG Biosafety will be able to manage the entire continuum of biocontainment oversight, helping to ensure that research involving potentially hazardous agents and vectors complies with the appropriate regulatory requirements from laboratory design and drug discovery through clinical testing and therapeutic application.

Merck will begin construction in August of 2014 on a 430,000-sf pharmaceutical production plant in Shanghai. The $107 million facility will manufacture drugs for diabetes as well as thyroid and heart conditions. Completion is expected in 2016 and commercial production will begin in 2017.

Emerson Climate Technologies will begin construction in October of 2014 on a 40,000-sf facility located on the University of Dayton campus. The Innovation Center will support the development of advanced heating, ventilation, air conditioning, and refrigeration (HVACR) technologies and will house up to 50 employees. The construction cost of the facility is approximately $20 million with a total project cost of between $35 million and $40 million.

The Translational Research Institute for Metabolism and Diabetes (TRI) is a unique stand-alone hospital-like facility that offers rare proof that facility design can accelerate the time it takes to go from new lab discovery to patient treatment. Utilizing a core-based model that includes imaging, pharmacy, kitchen, and lab cores in one location, the facility focuses on fast-tracking functional treatments for diabetes and obesity.

iThemba Labs opened the Accelerator Mass Spectrometry Laboratory in July of 2014 in Johannesburg, South Africa. The facility is the first of its kind in Africa and will support biomedical, pharmaceutical, geological, and environmental research, as well as supporting advanced sample dating techniques for paleontology.

Purdue Pharma Manufacturing will build a 188,000-sf production plant in the Treyburn Corporate Park in Durham, N.C. The project will provide cleanrooms with epoxy-coated floors, walls, and ceilings for the manufactucture of oral solid dosage products. The facility will also include offices, labs, conference rooms, and training areas. The general contractor is KBR Building Group. The facility is part of Purdue Pharma's planned $59 million investment in the Durham site over the next three years.

The Pirbright Institute broke ground in July of 2014 on the $26 million Avian Diseases Lab in the United Kingdom. The 38,000-sf facility will provide CL-2 biocontainment space for in vitro research on infectious diseases affecting poultry and other livestock. Housing up to 90 scientists, the project will support the relocation of the Avian Viral Diseases program from Compton to Pirbright.
 

Microelectronics manufacturer Entegris completed construction in July of 2014 on the $30 million i2M Center for Advanced Materials in Bedford, Mass. An existing building was renovated to create an 80,000-sf R&D facility housing cleanrooms, labs, production and assembly space, and offices. BIM (Building Information Modeling) was leveraged in the delivery of the the project, which included installation and coordination of new building systems for HVAC, electrical, fire protection, gas detection, and laboratory utilities.

Murray State University will begin building the $36.6 million Breathitt Veterinary Center in September of 2014 in Hopkinsville, Ky. Designed by Foil Wyatt Architects & Planners, the 61,000-sf facility will open in 2016. Additionally, work will begin in February of 2015 on the $36.8 million Engineering and Physics building; completion is slated for August of 2016.

The Energy Systems Integration Facility (ESIF) at the Energy Department’s National Renewable Energy Laboratory uses hardware-in-the-loop prototyping at the low- to mega-watt-scale power capability to develop and validate the next generation of energy production and infrastructure, giving NREL and its strategic industry partners the opportunity to evaluate how technologies will work together in a real-world environment. The primary focus of ESIF is micro grid/smart grid research. The building houses 200 scientists and engineers in a private, public-sector, and academic partnership.

St. John Fisher College broke ground on the $14 million Integrated Science and Health Sciences Building in July of 2014 in Rochester, N.Y. The collaborative 31,000-sf facility will provide two multipurpose labs, two 100-seat flexible classrooms, science teaching labs, faculty offices, and interdisciplinary research space. The building will also include core facilities for tissue culture, nanobiology, and aquatic research. LEED sustainable design certification will be sought for the project and occupancy is slated for fall of 2015.

Lawrence Berkeley National Laboratory celebrated the opening of the Facility for Low-Energy Experiments on Buildings (FLEXLAB) in July of 2014. Designed to be the world’s most advanced building efficiency facility, the lab will support collaborative research with companies and utilities to reduce energy use by testing, evaluating, and deploying energy technologies as integrated systems under real-world conditions.

NorthStar broke ground in July of 2014 on a 50,000-sf radioisotope production facility in Beloit, Wis. The project will accommodate support operations for the company’s facility at the University of Missouri’s Research Reactor and is expected to reach completion by early 2015. A second construction phase will create a 20,000-sf addition and is slated for completion by year-end 2016.

Bayer CropScience will begin construction in late summer of 2014 on a $29.6 million expansion of its seed research headquarters in Research Triangle Park, N.C. The project includes extensive infrastructure development and construction of a 29,500-sf greenhouse to support the study of nematode traits, plant diseases, and insects.

The University of Bristol has completed construction on its $92 million Life Sciences building in the United Kingdom. Designed by Sheppard Robson, the 145,000-sf facility provides the School of Biological Sciences with teaching labs, seminar rooms, and offices arranged around a central atrium. A five-story research wing accommodates cleanrooms, imaging suites, labs, acoustic chambers, and greenhouse space. BREAM Excellent sustainable design certification will be sought for the project, which features a 41-ft tall living wall.