The joint venture of H. J. High Construction/Batson-Cook Company recently broke ground on the construction of a Balance Bunker at Mitsubishi Power Systems Americas (MPSA) Savannah Machinery Works project.
The structure is the fourth project on the campus to be built by the team.
The stand-alone Balance Bunker will bring the latest in product testing technology to the Savannah Machinery Works.
The facility, a modification of similar facilities used by Mitsubishi Heavy Industries, Inc. (MHI) in Japan, was designed by a joint design team of engineers and architects from The Austin Company of Cleveland, Ohio, MPSA and MHI.
The chamber will be contained within a single-story precast and insulated metal panel building, conventionally framed with steel columns, beams and joists. The chamber is constructed of seven feet of reinforced concrete walls lined with inner and outer steel that will be capable of withstanding nearly zero atmosphere under vacuum. The structure will be connected with the main manufacturing facility by a rail line, also built by High / Batson-Cook.
The project, which broke ground in August, is scheduled to be completed in November 2012.
Also announced, the third phase of the MPSA Savannah Machinery Works construction project was awarded to the joint venture of H.J. High Construction/Batson-Cook.
The team, which built the initial two phases of the facility, will erect a $16 million, 74,000-sf manufacturing bay for the new facility in Pooler, Ga.
The new project, Bay 4, will be home to the gas turbine and steam turbine assembly activities. H.J. High and Batson-Cook will install a crane system to aid in the compilation of its product.
In addition, 400 feet of railroad track will be constructed inside the facility. The track will connect to a new spur, built in Phase II of the project, linking the Savannah Machinery Works to the Port of Savannah. This phase is expected to complete in March of 2012. BD+C
Related Stories
| Aug 9, 2022
5 Lean principles of design-build
Simply put, lean is the practice of creating more value with fewer resources.
| Aug 9, 2022
Designing healthy learning environments
Studies confirm healthy environments can improve learning outcomes and student success.
Legislation | Aug 8, 2022
Inflation Reduction Act includes over $5 billion for low carbon procurement
The Inflation Reduction Act of 2022, recently passed by the U.S. Senate, sets aside over $5 billion for low carbon procurement in the built environment.
| Aug 8, 2022
Mass timber and net zero design for higher education and lab buildings
When sourced from sustainably managed forests, the use of wood as a replacement for concrete and steel on larger scale construction projects has myriad economic and environmental benefits that have been thoroughly outlined in everything from academic journals to the pages of Newsweek.
AEC Tech | Aug 8, 2022
The technology balancing act
As our world reopens from COVID isolation, we are entering back into undefined territory – a form of hybrid existence.
Legislation | Aug 5, 2022
D.C. City Council moves to require net-zero construction by 2026
The Washington, D.C. City Council unanimously passed legislation that would require all new buildings and substantial renovations in D.C. to be net-zero construction by 2026.
Cultural Facilities | Aug 5, 2022
A time and a place: Telling American stories through architecture
As the United States enters the year 2026, it will commence celebrating a cycle of Sestercentennials, or 250th anniversaries, of historic and cultural events across the land.
Sponsored | | Aug 4, 2022
Brighter vistas: Next-gen tools drive sustainability toward net zero line
New technologies, innovations, and tools are opening doors for building teams interested in better and more socially responsible design.
| Aug 4, 2022
Newer materials for green, resilient building complicate insurance underwriting
Insurers can’t look to years of testing on emerging technology to assess risk.
Sustainability | Aug 4, 2022
To reduce disease and fight climate change, design buildings that breathe
Healthy air quality in buildings improves cognitive function and combats the spread of disease, but its implications for carbon reduction are perhaps the most important benefit.