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Thermal, Propulsion & Energy

Building the Future of AI Sustainably: Shared GPU Infrastructure in Green Data Centers

Building the Future of AI Sustainably: Shared GPU Infrastructure in Green Data Centers How suburban green data centers and shared GPU services are reshaping AI—delivering cost savings, cutting carbon, and accelerating innovation. Introduction: The AI Boom and Its Hidden Costs As artificial intelligence (AI) becomes the backbone of innovation across …

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Heat-to-Power Technology and Thermoelectrics: Powering the Future of Wearables, Homes, Vehicles, and More

Heat-to-Power Technology and Thermoelectrics: Turning Waste Heat into Tomorrow’s EnergyFrom powering wearables with body heat to fueling spacecraft, thermoelectrics are recycling wasted heat into clean, reliable power. Introduction In the quest for sustainable and efficient energy solutions, heat-to-power technology and thermoelectrics (TEs) are emerging as promising contenders. These technologies leverage …

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Revolutionizing Supply Chains: The Future of Bulk Material Handling Technology

Introduction Every year, over 100 billion metric tons of bulk materials—equivalent to two-thirds the mass of Mount Everest—are transported around the globe using traditional conveyors and trucks. In today’s fast-paced, environmentally conscious world, achieving net zero emissions requires a radical transformation of supply chain processes. Bulk material handling technology is …

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Beyond Hydrocarbons: The Ammonia-Hydrogen Revolution in Zero-Carbon Power and Propulsion

Hydrogen & Ammonia: Dual Fuels Leading the Clean Energy Revolution Hydrogen and ammonia are emerging as powerful partners in decarbonizing aviation, shipping, and heavy industry—reshaping the future of global energy. The Carbon Conundrum For over a century, hydrocarbon fuels (CₓHᵧ) have formed the backbone of global energy systems—powering turbines, propelling …

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Navigating the Challenges: Battery Considerations in the Era of Electric Aircraft

Navigating the Challenges: Battery Considerations in the Era of Electric AircraftBatteries hold the key to electric aviation, but weight, safety, and energy density remain aviation’s toughest hurdles. Introduction: Despite the push for more sustainable aviation, the aviation industry still accounts for around 2.5% of global CO₂ emissions and this share …

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Specialized Military Batteries: Advanced Energy Solutions for Next-Generation Warfare

Introduction In modern military operations, the performance and reliability of batteries are critical, as they underpin everything from communications and unmanned systems to ground vehicles and soldier-carried gear. As military technology evolves, batteries must not only deliver high energy density and long operational life but also meet stringent requirements for …

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Military Plans for Electric & Hybrid Land Vehicles: Enhancing Stealth, Efficiency, and Sustainability

Military Electrification: The Silent Revolution in Combat Vehicles One-Liner: How electric and hybrid military vehicles are redefining stealth, efficiency, and battlefield power. The modern battlefield is evolving, and so is military technology. As armed forces worldwide seek to enhance mobility, reduce logistical burdens, and improve sustainability, electric and hybrid land …

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The Future of UAV Propulsion Systems: Advances, Challenges, and Innovations

The Future of UAV Propulsion: From Solar Flyers to Supersonic Swarms Breakthrough propulsion systems are setting the stage for faster, cleaner, and smarter drones. Introduction Unmanned Aerial Vehicles (UAVs) have transformed military, commercial, and scientific domains, with their propulsion systems being a key factor in determining endurance, efficiency, and mission …

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The Hyperloop Revolution: Market Surge, Technological Leaps, and the Global Push for Ultra-High-Speed Transport (2025 Update)

The Hyperloop Revolution: Market Surge, Technological Leaps, and the Global Race for Ultra-High-Speed Transport Hyperloop technology is moving from vision to reality, promising near-supersonic travel, zero emissions, and a global transformation in how we connect cities. The dream of whisking between cities at near-supersonic speeds through low-pressure tubes is no …

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Carbon Capture, Utilization, and Storage (CCUS): Bridging the Gap to a Net-Zero Future

Carbon Capture: Powering Net-Zero with Innovation and Industrial Transformation From steel plants to shipping lanes, CCUS is quietly reshaping our climate future—one captured molecule at a time. As the world accelerates its fight against climate change, Carbon Capture, Utilization, and Storage (CCUS) is emerging as a critical lever in the …

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