How HyAxiom's fuel cell tech can cut data center cooling costs and emissions

There's an "enormous opportunity" for a cooling solution that can marry a data center's performance goals with its sustainability initiatives, writes Jordan Sutlive in the latest article from Accelsius. It's a growing reality: $64 billion in U.S. data center projects have been delayed or blocked due to community pushback. This tension presents a challenge and an opportunity. Data centers are essential, but they must also be good neighbors. Enter: our NeuCool® solution — a two-phase, direct-to-chip liquid cooling solution that delivers: 💧 50% energy savings vs. traditional air cooling 🫧 32% lower operational costs vs. single-phase direct-to-chip Plus, its use of a dielectric refrigerant drastically reduces water demands while still maintaining the industry standard for cooling performance at 4500W+ per socket. By cooling more efficiently and sustainability, NeuCool helps lower utility burdens for both data centers and their neighbors — turning AI-ready facilities into a force for good. Read the full article by clicking the link in the comments below. hashtag#ai hashtag#liquidcooling hashtag#datacenters

The future of AI-ready data centers won’t be decided by performance alone — it will be won by those who can deliver both power density and sustainability. Accelsius NeuCool® is proving that two-phase, direct-to-chip cooling isn’t just a technology shift — it’s a business advantage: ✅ 50% energy savings over air ✅ 32% lower costs vs. single-phase ✅ 4500W+ per socket, sustainably Cooling smarter means building stronger communities and accelerating the AI revolution.

At Blackstar Diversified Enterprises, we’re proud to be a Louisiana company that cares about our community as much as we do about innovation. Accelsius said it best — there’s a huge opportunity to make data centers more efficient and more sustainable. That’s especially true here at home, with mega projects like the Meta data center in Richland Parish. These facilities bring growth, but they also need to be good neighbors. That’s where NeuCool® comes in. It’s a smarter cooling solution that: 💧 Uses far less energy and water 🫧 Lowers operating costs 💡 Lightens the load on local utilities and communities It’s exciting to see a technology that not only meets the performance demands of AI-ready data centers, but also helps Louisiana communities thrive alongside them. We’re ready to bring this solution to projects across our state and beyond. #AI #LiquidCooling #DataCenters #Louisiana #Sustainability

🌊 Cooling the Future of Data Centers: Liquid Cooling Leaders 2025 As AI, high-performance computing, and cloud services push the limits of data centers, traditional air cooling is no longer enough. Liquid cooling has emerged as a game-changer — improving energy efficiency, reducing operational costs, and supporting sustainable growth. 📊 Top 10 global liquid cooling innovators: Vertiv Group (USA) – advanced thermal management for high-density environments Green Revolution Cooling (USA) – immersion cooling reducing energy and water use CoolIT Systems (Canada) – direct-to-chip solutions for scalable HPC Schneider Electric (France) – integrated solutions for optimized operations DCX LIQUID COOLING SYSTEMS Liquid Cooling (Poland) – modular, adaptable cooling technology Submer Technologies (Spain) – pioneers in energy-efficient immersion cooling Asperitas (Netherlands) – sustainable liquid immersion systems Asetek Inc. (Denmark) – high-performance cooling for AI workloads Rittal GmbH & Co. KG GmbH & Co. (Germany) – efficient, scalable infrastructure solutions Alfa Laval AB (Sweden) – innovative heat transfer and fluid handling 💡 Why it matters: Liquid cooling is enabling data centers to handle the next generation of computing while minimizing environmental impact. For businesses, investors, and tech leaders, staying ahead in this space is key to innovation and sustainability. #DataCenters #LiquidCooling #AIInfrastructure #Sustainability #TechInnovation #EnergyEfficiency #GreenTech

There are more than 1,000 hyperscale data centers globally. With 378 million people using AI globally in 2025, estimates that indicate this number could double in the next five years are important to consider. Data centers are responsible for 1 to 3% of the world’s energy usage and 1% of the global energy-related emissions and consume 10 to 50 times more energy per floor space than a typical commercial office building. Data center cooling systems alone account for up to 60% of its utility bills. With a growing global focus on reducing energy consumption, there’s a clear need for advanced, scalable solutions that work. Solutions that are not only higher performing and commercially viable, but help reduce the massive energy drain data centers pose. Solutions that include the adoption of renewable energy sources and innovative cooling techniques to manage these demands more sustainably. Our patented nanotechnology may close this gap. Our IP delivers measurable gains in friction reduction, energy efficiency, and reduced emissions. It’s real, it’s validated, and it’s protected. We’re not pitching science fiction, we’re exploring high-impact, cross-industry platforms with defensible IP, and proven performance. This is a rare convergence of timing, technology, and market demand and we’re excited to be at the center of it. #datacenter #datacentercooling #energyefficiency #greenhousegas #emissions

Revolutionizing Data Center Cooling with AtomixAIR In the era of AI-driven data centers, where power demands are skyrocketing, traditional liquid cooling systems are draining budgets and resources. But what if you could achieve superior cooling with massive cost savings and energy reductions?  Enter AtomixAIR Dynamic Diffusion – a game-changer.  example. 7MW facilities hosting 10,000-15,000 processors. Key benefits: • Energy Efficiency: Up to 38-73% reduction in HVAC energy use compared to conventional systems, thanks to molecular diffusion that equalises temperatures 2-5x faster. • Cost Savings: Total installation at just £1.92M vs. £38.5M for immersion liquid cooling – that's real ROI for high-density AI workloads. • Rapid Thermal Equalisation: Increasing processor capacity and life • Sustainability Edge: Minimal water usage, lower GHG emissions, and fewer specialised parts, making it ideal for green data centres wishing to target low-emission pathways. Stay tuned for Part 2, where I'll dive into how AtomixAIR enhances Indoor Climate control, IAQ and installation simplicity.  • The hidden issues of IAQ in datacentres and what it means for equipment performance What's your biggest cooling challenge in data centers? DM me to discuss! #DataCenters #EnergyEfficiency #SustainableTech #HVACInnovation #AIDriven #GreenComputing #NetZero #CoolingSolutions #TechSustainability

Post 2/3: Unlocking Superior Performance and IAQ with AtomixAIR in Data Centers Building on my last post about AtomixAIR's cost and energy advantages, let's explore how this dynamic diffusion technology delivers unmatched performance and indoor air quality (IAQ) for data centers – especially those running intensive GPU/AI tasks. highlights: • Rapid Thermal Equalization: Achieves uniform ±0.5°C stability across zones in 2-5 minutes, eliminating hot/cold spots and reducing air volume needs by 40-66% – perfect for preventing server downtime. • Enhanced IAQ: Boosts pollutant dilution, pathogen dispersion, and filtration efficiency (including HEPA/ULPA for ultrafine particles), creating healthier environments that support productivity and compliance with WHO standards. • Poor IAQ can indirectly influence processor performance by increasing dust accumulation on cooling systems, which may reduce their efficiency and lead to higher operating temperatures, as well as promoting corrosion or static discharge in extreme cases—though modern data centers should mitigate this with proper environmental controls & filtration. • The AtomixAIR system enhances IAQ through diffusion, reducing pollutants and maintaining uniform conditions, which supports overall data center health. For processor-specific concerns, focus remains on thermal management and power efficiency (e.g., 500-1000W per server, 150-250W per processor). • Flexible Design: Agnostic to air supply levels (ceiling, wall, or floor), with AI-driven BMS for real-time control of CO₂, VOCs, humidity, and more – all while slashing duct space and noise (<15 dB). Compared to traditional CRAC or liquid cooling systems, AtomixAIR cuts mechanical energy use by 38-73% and offers lower maintenance for long-term reliability. In Part 3, I'll cover installation perks. How are you addressing IAQ in your facilities and are you seeing the performance benefits? To book a free consultation contact: info@muna-group.com or DM us. #DataCenterCooling #EnergySavings #IAQ #SustainableDataCenters #HVACTech #AIInfrastructure #GreenTech #InnovationInTech #ClimateControl #assetoptimisation #sustainability #datacenterperformace

🌍 Data centers are driving the next wave of sustainable digital growth. Digital infrastructure is the backbone of economic and social progress. The rise of AI, cloud, and 5G relies on data centers that are resilient, efficient, and sustainable — critical assets powering essential services, from healthcare and finance to education and public safety. In Brazil, the sector’s footprint is remarkably low: according to a recent study by Brasscom, data centers accounted for only 1.7% of total electricity use in 2024, and even with AI growth, it won’t exceed 3.6% by 2030. Numbers show that water use is nearly negligible — just 0.003% of national consumption in 2022. In this scenario, Elea Data Centers is setting new benchmarks. We were the first in Brazil to adopt chip-level liquid cooling for high-density workloads, eliminating water dependency while boosting efficiency. Combined with our use of 100% renewable, certified energy, the company is redefining what it means to build sustainable, AI-ready infrastructure. Data centers are part of a strategic infrastructure, enabling innovation, sovereignty, and digital leadership. 🔗 Discover how Elea can power your business with secure, efficient, and sustainable solutions: www.eleadatacenters.com #EleaEffect #EleaDataCenters #DataCenters #Sustainability #Energy #Footprint

💧 Water-Free Data Centers: Ambition or Attainable Reality? Summary: Data centers consume massive volumes of water—on average 1.8 liters per kWh—placing stress on already scarce water resources. While most operators target incremental efficiency gains (e.g., closed-loop cooling), the next frontier is true water-free facilities with a WUE of 0 L/kWh. 🔹 Microsoft plans to pilot water-free data centers by 2026, combining mechanical cooling with chip-level solutions. Others, like NOVVA and Vertiv, are also exploring designs. 🔹 Immersion cooling offers one pathway, highly efficient but costly. Mechanical A/C systems are more accessible but raise energy intensity—trading off water sustainability for higher electricity consumption. 🔹 With AI and hyperscale demand soaring, the key challenge is balancing water reduction with energy efficiency. Water-free data centers may work best where operators can pair mechanical cooling with renewable power and advanced containment designs. 🌍 The technology exists, but scaling will hinge on cost, reliability, and grid-carbon intensity. Full elimination of cooling water may remain a niche strategy, yet pilots like Microsoft’s will shape the industry’s long-term trajectory. #DataCenters #WaterFree #Sustainability #Cooling #LiquidCooling #AI #DigitalInfrastructure #GreenTech #EnergyEfficiency #ClimateAction

⚡💻 Offsite Data Center Power Infrastructure Market – Powering the Future of Cloud & AI 🌐🔋 The Offsite Data Center Power Infrastructure Market is witnessing rapid growth, fueled by the transition from VRLA to lithium-ion batteries and the integration of AI & ML in power monitoring systems. These innovations are enabling higher energy efficiency, lower operating costs, and greater resilience for modern data centers. 📊 According to TechSci Research, the market stood at USD 13.52 Billion in 2024 and is projected to reach USD 36.49 Billion by 2030, growing at a strong CAGR of 17.82%. 🔑 Key Market Drivers: ✅ Shift toward lithium-ion batteries for longer lifecycle, smaller footprint, and reduced maintenance. ✅ Growing AI & ML adoption in power monitoring and predictive analytics. ✅ Rising demand for sustainable, energy-efficient data centers. ✅ Expansion of cloud computing, AI workloads, and hyperscale facilities worldwide. 🌍 As digital transformation accelerates, resilient and efficient power infrastructure is becoming the backbone of next-gen data centers—ensuring scalability, sustainability, and reliability. 🔗 Read the full report for more insights: https://lnkd.in/gNMdnVn6 Key market players in the Global Offsite Data Center Power Infrastructure market are: - Schneider Electric SE  Eaton Corporation plc Vertiv Holdings Co ABB Ltd. Siemens AG Legrand SA Mitsubishi Electric Corporation Huawei Technologies Co., Ltd. Cummins Inc. Caterpillar Inc. #DataCenters #PowerInfrastructure #LithiumIon #ArtificialIntelligence #CloudComputing #TechSciResearch