Our secondary loop coolant distribution skids provide robust, factory-integrated fluid handling infrastructure engineered to support high-density AI and HPC data center environments. Serving as the intermediate thermal transfer hub between facility primary chilled water and rack-level direct liquid cooling hardware, these skids decouple building loop conditions from server thermal requirements, stabilizing coolant temperature, pressure and flow for dense GPU deployments. Rooted in ASME BPE sanitary engineering and contamination control know-how originally developed for cGMP biopharmaceutical fluid circuits, our design philosophy prioritizes long-term coolant cleanliness and loop stability to guard cold plate microchannels against fouling, corrosion and particulate accumulation. Drawing upon cross-disciplinary expertise in thermal hydraulics, data center operational resilience and bioprocess fluid quality management, we deliver custom-engineered skid solutions aligned with hyperscale capacity expansion roadmaps and strict uptime objectives.
The modular skid architecture incorporates precision pumping assemblies, plate heat exchangers, expansion vessels, high-grade filtration units and continuous monitoring instrumentation, all pre-assembled and fully tested prior to site delivery. Every design undergoes rigorous CFD and transient thermal simulation to optimize flow balance, minimize pressure drop and maintain tight temperature control across variable compute loads. All wetted fluid paths follow sanitary design principles adapted from biomanufacturing practice: minimized dead legs, drainable routing geometry, controlled surface finish and validated material and elastomer compatibility. Constructed with corrosion-resistant sanitary-grade piping and validated sealing components, the system undergoes comprehensive factory acceptance testing, leak integrity cycling and formal fluid cleanliness verification, supported by flushing and sampling protocols derived from biopharma CIP workflows to sustain stable coolant chemistry throughout continuous 24/7 mission-critical operation.
This integrated secondary loop platform unlocks measurable operational and sustainability benefits compared with conventional on-site stick-built piping systems. By physically isolating facility water from server-side coolant circuits and embedding biopharma-grade fluid quality governance, it delivers an additional layer of contamination protection for cold plates and manifolds, suppressing gradual thermal performance degradation and extending the service life of high-value IT hardware while reducing unplanned maintenance interventions. Pre-fabricated skids compress field installation, commissioning and validation schedules significantly, with complete documentation packages structured to the audit-ready traceability standard of regulated bioprocess assets. Optimized pumping and heat transfer performance cuts auxiliary power consumption, directly improving site PUE and lowering the total cost of ownership for high-density rack deployments.
We offer full lifecycle engineering services covering conceptual design, hydraulic calculation, prototyping, FAT/SAT validation, site hookup and ongoing technical support for data center operators, EPC firms and colocation providers. Each skid solution is built for horizontal scalability, enabling phased cluster expansion without disruption to existing cooling loops. Our cross-disciplinary engineering team unites sanitary bioprocess fluid expertise with data centre thermal management, interfacing seamlessly with CDU, manifold and server vendors to guarantee cross-system interoperability, de-risking deployment and delivering dependable, cleanliness-controlled thermal infrastructure for next-generation high-density data centers globally.
