
Data Center
As demand for AI, machine learning, blockchain validation, and cryptocurrency mining continues to grow, data center infrastructure must meet increasingly high standards for reliability, resiliency, and energy efficiency.
DESMI supports this with efficient and dependable flow solutions for critical systems. Whether for immersion cooling, direct liquid cooling, or facility water systems - including water intake, excess heat reuse, and backup power - our expertise and pump portfolio help operators meet the flow challenges of today’s digital infrastructure.
How do DESMI pumps support efficient data center cooling?
Data center cooling systems must deliver reliable thermal performance under continuous load. Whether using air-cooled infrastructure, direct liquid cooling, or immersion cooling, stable coolant flow is key to keeping IT equipment within optimal temperature ranges.
This requires pumps that combine efficiency, material durability, and adaptability to different system configurations. DESMI’s centrifugal pump range supports all major cooling approaches, offering low NPSH values, high hydraulic efficiency, and multiple configuration options - including magnetic coupling. These features help data centers improve cooling system performance and contribute to better PUE and CUE scores across the operation.
Why is stable water intake important in data center systems?
In water-based cooling systems, the quality and consistency of intake flow directly affect overall performance. When sourcing water from natural bodies like lakes or fjords, pumps must manage fluctuating temperatures, flow resistance, and sometimes corrosive or debris-filled conditions - all without compromising stability.
This part of the system demands more than just flow capacity. Materials must be resistant to wear, and the system must allow for flexible, energy-efficient control. Drawing on decades of experience in marine and utility sectors, DESMI’s intake solutions are designed with these conditions in mind - ensuring dependable water supply that supports both system efficiency and long-term reliability.