From designing tailored superconductors to transform the nation’s energy grid to developing better materials for wind turbines and finding potential replacements for silicon for next-generation computers, the MDL will allow scientists to discover new materials, understand how they work and put them to use.
The MDL will encompass roughly 115,000 square feet of laboratory and office space, including 10,000 square feet of lab space for radiological research, in which scientists can work safely with radiological isotopes to determine their relevance to new energy technologies. Construction of the MDL is expected to generate approximately 2,375 jobs.
At the MDL, researchers will investigate structures at scales all the way from a single electron on up. Scientists at the MDL will also study the interfaces where molecules come together in new materials, and they will be able to test the properties of a wide range of materials under extreme conditions.
Sustainability is a defining feature in the design of MDL and the facility is in line to achieve a Leadership in Energy and Environmental Design (LEED) “Gold” rating from the U.S. Green Buildings Council (USGBC). MDL will also comply with DOE’s Guiding Principles of High Performance Sustainable Buildings.
Among the sustainable design features are high efficiency lighting, recycled material content, energy recovery systems, helium recovery systems, green power, high efficiency HVAC systems, regionally sourced materials, certified wood, low-emitting materials and enhanced commissioning.