Air Elimination for Data Centers, High-Performance Computing and CDUs

In today's world of high-density computing, maintaining optimal temperatures is critical for performance, efficiency, and hardware longevity. In hydronic cooling system, stainless steel air separators play a vital role in ensuring coolant purity, reducing inefficiencies caused by entrained air, and optimizing liquid cooling systems used in data centers and enterprise-grade computing environments. Stainless steel automatic air vents vent trapped air at high points and aid in filling and draining of the system.

Industry-Proven Air Separation Technology

Spirotherm’s stainless air separators and stainless automatic air vents (VTP050SS) are deployed in leading data centers across North America, providing reliable air elimination for high efficiency cooling systems, including those using specialty cooling liquids. Referenced in MasterSpec Section 23 21 16 Hydronic Piping Specialties, our solutions have been integrated into various customer projects ranging from hyperscale facilities to advanced high-performance AI computing environments. 

Key Benefits of Stainless Steel Air Separators:

• Superior Air Removal: Prevents air pockets that reduce heat transfer efficiency.
• Corrosion-Resistant Construction: Stainless steel materials ensure long-term reliability.
• Optimized Heat Transfer Performance: Supports liquid cooling technologies, including CDUs and direct-to-CPU cooling.
• Proven Industry Adoption: Successfully implemented in major data centers and HPC environments.

Installed & Operational in Leading Facilities

Spirotherm’s air separators are part of existing coolant distribution units (CDUs) and direct-to-CPU cooling systems utilized by enterprise-scale data centers, financial institutions, and AI-driven computing platforms. Customers have reported simplified commissioning, improved coolant purity, and operational savings post-installation. 

Contact us for questions about sizing, compatibility with proprietary fluids or project references.