Mousterian Corporation and Samsung Heavy Industries Partner for Innovative Floating Data Centers
In a significant advancement for data center technology, Mousterian Corporation, Inc. and Samsung Heavy Industries Co., Ltd. have officially embarked on a journey to revolutionize data infrastructure in the United States with their newly signed engineering contract. This partnership will introduce the first floating data centers (FDC) designed to facilitate IT operations in a sustainable and efficient manner, thereby addressing the growing demand for critical IT capacity. The contract was ceremoniously executed on July 22, 2026, marking a transition from their previously established Memorandum of Understanding (MOU) into a tangible project.
The floating data centers will be strategically located in Texas, leveraging existing maritime infrastructure and power generation sites to enhance operational efficiency. Each facility is set to deliver an impressive 50 megawatts (MW) of IT capacity, which is essential for supporting contemporary computing needs, particularly in sectors relying on hyperscale solutions and artificial intelligence (AI). The collaboration aims to harmonize advanced engineering techniques with ecological sensibilities, ensuring that these data centers operate without negatively impacting surrounding water resources.
A standout feature of the design process is the emphasis on sustainability. The floating data centers will utilize non-evaporative cooling methods that not only conserve potable water but also eliminate any harmful discharges back into the aquatic environment. This novel approach significantly reduces the ecological footprint, aligning with global efforts to implement more eco-friendly operations in technology infrastructure. Additionally, the high-density, liquid-cooled AI capabilities integrated into these centers will feature a remarkable low power usage effectiveness (PUE), thus promoting energy conservation.
One of the primary advantages of these floating data centers is their potential to speed up deployment timelines. Traditional land-based data centers often encounter site preparation delays and regulatory hurdles, which can prolong construction timelines. By building these facilities in shipyards, both Mousterian and Samsung Heavy Industries can simultaneously advance the fabrication of each unit and the foundational site development, streamlining overall construction timelines significantly.
Min Suh, the CEO of Mousterian Corporation, expressed enthusiasm about the partnership's potential, stating, 'Signing this engineering contract transitions our partnership with Samsung Heavy Industries from intent to execution and gives us a clear path to scaling factory-built critical IT capacity for AI-class facilities.' This statement underscores the strategic importance of the collaboration and the pressing need for scalable IT solutions in today’s digital landscape.
Sung-an Choi, Vice Chairman and CEO of Samsung Heavy Industries, echoed this sentiment, explaining that their robust experience in offshore and maritime construction will be pivotal in delivering high-quality floating data centers. 'Floating data centers are a natural extension of the engineering, fabrication, and project delivery capabilities we have built over five decades in offshore and maritime construction,' he stated. The partnership promises to uphold the same quality and reliability that have defined Samsung's maritime endeavors.
Furthermore, the project will engage the American Bureau of Shipping (ABS) as the classification society, ensuring that all engineering processes meet rigorous standards of safety and quality. This collaboration between advanced maritime engineering and cutting-edge data center design is set to create a new paradigm for digital infrastructure.
Ultimately, the efforts of Mousterian and Samsung Heavy Industries symbolize a forward-thinking approach to data center development, one that prioritizes sustainability and adaptability. As urbanization and technological demands continue to rise, this initiative may set the stage for future advancements in data center infrastructure, both on land and at sea. By establishing floating data centers, they are not only addressing immediate technical needs but are also paving the way for a more sustainable and environmentally conscious future in technology operations.
The floating data centers will be strategically located in Texas, leveraging existing maritime infrastructure and power generation sites to enhance operational efficiency. Each facility is set to deliver an impressive 50 megawatts (MW) of IT capacity, which is essential for supporting contemporary computing needs, particularly in sectors relying on hyperscale solutions and artificial intelligence (AI). The collaboration aims to harmonize advanced engineering techniques with ecological sensibilities, ensuring that these data centers operate without negatively impacting surrounding water resources.
A standout feature of the design process is the emphasis on sustainability. The floating data centers will utilize non-evaporative cooling methods that not only conserve potable water but also eliminate any harmful discharges back into the aquatic environment. This novel approach significantly reduces the ecological footprint, aligning with global efforts to implement more eco-friendly operations in technology infrastructure. Additionally, the high-density, liquid-cooled AI capabilities integrated into these centers will feature a remarkable low power usage effectiveness (PUE), thus promoting energy conservation.
One of the primary advantages of these floating data centers is their potential to speed up deployment timelines. Traditional land-based data centers often encounter site preparation delays and regulatory hurdles, which can prolong construction timelines. By building these facilities in shipyards, both Mousterian and Samsung Heavy Industries can simultaneously advance the fabrication of each unit and the foundational site development, streamlining overall construction timelines significantly.
Min Suh, the CEO of Mousterian Corporation, expressed enthusiasm about the partnership's potential, stating, 'Signing this engineering contract transitions our partnership with Samsung Heavy Industries from intent to execution and gives us a clear path to scaling factory-built critical IT capacity for AI-class facilities.' This statement underscores the strategic importance of the collaboration and the pressing need for scalable IT solutions in today’s digital landscape.
Sung-an Choi, Vice Chairman and CEO of Samsung Heavy Industries, echoed this sentiment, explaining that their robust experience in offshore and maritime construction will be pivotal in delivering high-quality floating data centers. 'Floating data centers are a natural extension of the engineering, fabrication, and project delivery capabilities we have built over five decades in offshore and maritime construction,' he stated. The partnership promises to uphold the same quality and reliability that have defined Samsung's maritime endeavors.
Furthermore, the project will engage the American Bureau of Shipping (ABS) as the classification society, ensuring that all engineering processes meet rigorous standards of safety and quality. This collaboration between advanced maritime engineering and cutting-edge data center design is set to create a new paradigm for digital infrastructure.
Ultimately, the efforts of Mousterian and Samsung Heavy Industries symbolize a forward-thinking approach to data center development, one that prioritizes sustainability and adaptability. As urbanization and technological demands continue to rise, this initiative may set the stage for future advancements in data center infrastructure, both on land and at sea. By establishing floating data centers, they are not only addressing immediate technical needs but are also paving the way for a more sustainable and environmentally conscious future in technology operations.
Topics General Business）
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