Data Centers Static & Contamination Control Solutions

Data Centers Applications We Support

• Hyperscale & Colocation White Space – Active server rows, GPU clusters, and storage arrays where continuous room-level ionization prevents ESA-driven dust accumulation before it reaches critical hardware.
• Ceiling & Room-Level Ionization – Digital Ceiling Emitter Arrays integrated across acoustic ceiling grids or open-plenum layouts neutralize baseline triboelectric charge generated by airflow and personnel movement across the entire white space volume.
• In-Row & Hot/Cold Aisle Containment – Localized ionizing bars and blowers mounted 12-24 inches from server intakes strip static charge from high-velocity conditioning air without introducing turbulent drag.
• Raised-Floor & Subfloor Air Plenums – Active subfloor ionizing arrays neutralize charge on dislodged zinc whiskers and micro-particulates before they reach server intakes, allowing mechanical pre-filters to capture them.
• Maintenance, Hot-Swap & Component Servicing – Personnel static control systems, ESD-safe service carts, and portable ionizers protect sensitive boards and storage drives during on-site repair and replacement.
• Modular & Prefabricated Greenfield Builds – Turnkey environmental control packets — ceiling emitters, ionizing bars, and Novx sensing hubs — installed and calibrated during factory pre-fabrication for Day-1 compliance.
• Brownfield Retrofit & Multi-Tenant Colocation – Daisy-chained, self-balancing room ionization networks install directly into existing containment loops without server rack downtime or facility overhauls.
• High-Density GPU & Liquid Cooling Micro-Environments – Targeted ISO Class 6/7 micro-environments around AI racks, direct-to-chip cold plates, and optical interconnects protect against ESA at the point of highest hardware value.
• Environmental & Compliance Telemetry – Novx sensing platforms and IonManager Pro monitoring software track field voltage and ion-decay times, streaming real-time data into hyperscaler Building Management Systems (BMS).
• Remote AI Training Campuses – Close-coupled ionization loops mounted at air economizer intake portals protect power-abundant, remote-corridor campuses (e.g., Indiana, Iowa, Wyoming) from ambient static and particulate ingress.

What Standards Govern Static Control in Data Centers?

Data center operators are held to a converging set of ESD, cleanliness, and OEM warranty requirements — and as AI hardware densities climb, compliance has shifted from a periodic checklist to a continuously enforced, auditable standard.

• ANSI/ESD S20.20 – The global program standard for developing, implementing, and maintaining electrostatic discharge control; increasingly cited by IT hardware OEMs as a condition of warranty coverage.
• IEC 61340-5-1 / IEC 61340 – International standard for protecting electronic devices and sensitive instrumentation from electrostatic phenomena.
• ISO 14644-1 (Class 8 or better) – Airborne particulate cleanliness classification for the data hall, with localized Class 6/7 micro-environments emerging around high-density AI racks and optical interconnects.
• ANSI/ISA-71.04-1985, Severity Level G1 – Gaseous reactivity classification limiting copper creep corrosion and silver metallization sulfidation.
• ASHRAE TC 9.9 Guidelines – Thermal and humidity guidance defining the 40-60% relative humidity band required to balance ESD risk against galvanic corrosion.
• NASA Ground Support Equipment Guidance (Lesson Guide 685) – Referenced zinc whisker identification and remediation standards for raised-floor and subfloor risk mitigation.
• OEM Hardware Warranty Requirements (NVIDIA, Dell, Supermicro, and others) – Contractual warranty terms increasingly require time-stamped environmental compliance logs as proof of a sustained state of control.