The city of Brookings, South Dakota has recognized South Dakota State University (SDSU) for infrastructure updates that are saving the university over $1 million per year in operating and utility expenses. The city awarded SDSU with the 2019 Mayor’s Award for Sustainability in the Environmental Resilience category. Read More
Like a phone’s dial tone, uninterrupted power is often taken for granted until the power goes out and you need it. While power outages are a disruption for many businesses and organizations, for medical centers and clinics power loss can be life-threatening. As facilities age, the industry as a whole is seeing more demands for uninterrupted power in central plant specs. Read More
The University of Minnesota is a great example of a campus converting to newer technology and realizing big savings from converting to a new main energy plant. An article on the Big Ten Network website highlights the upgraded system and the people who make it work. Read More
Designing and building central plants for hospitals is no longer limited to efficient systems with redundancy for critical components. The lessons learned in Texas and Florida after major hurricanes are leading to changes in design and construction approaches for medical systems and similar environments.
According to the 2018 Hospital Construction Survey, conducted by The American Society for Healthcare Engineering, 89 percent of facilities professionals consider “resiliency” when designing and building new spaces. Resiliency in construction means structures and components that resist both natural and human caused disasters, and allow for fast recovery after events. Read More
A new generator system is now in place and operational at the Lebanon, PA Veterans Administration Medical Center. Greenland Enterprises recently wrapped up the $2.5M project, which involved demolishing and removing structures, installing natural gas powered generators and upgrades to the center’s electrical infrastructure.
The new generator serves the MRI/Radiology lab facilities and required careful planning and coordination to ensure the least possible impact to the medical center during construction. “Anytime you are dealing with mission-critical systems in a hospital there is a high level of focus on planning and project management,” said Greenland Enterprises President Elton Roller. “Our approach ensures we consider virtually every possible contingency, and have backup plans for our backup plans!”
The project is one of several Greenland efforts in Pennsylvania and the northeast US as Greenland’s national reputation grows.
HAMPTON, VA – The University of Virginia selected Greenland Enterprises to provide Construction Manager at Risk (CMR) services associated with a major upgrade to the main heating plant for the University’s flagship campus in Charlottesville, Virginia. Read More
Our latest Greenland Enterprises video provides a great overview of our approach, capabilities and the type of projects we perform. If you have questions about any of our past projects, expertise or just want to discuss a potential project, please get in touch.
HAMPTON, VA – Greenland Enterprises has been selected to install the infrastructure and equipment for a new generator system to serve the MRI/Radiology lab facility at the Veterans Administration Medical Center in Lebanon, PA. Greenland was selected for the $2.5M project through the VA’s qualifications-based competitive selection process, where emphasis is placed on a firm’s relevant expertise and record of similar successful projects. Read More
Central utility plant construction involves the installation or modification of mission-critical systems that must continue to perform during buildout. Boilers, chillers, cooling towers and similar infrastructure can occasionally go off-line for planned maintenance, but certainly not for the extended time periods required in new construction. Unfortunately, in many cases a new plant must occupy the existing footprint, adding to the planning required and increasing the potential for service interruptions or complications. Read More