Global Energy Awards

The 42nd Edition of Global Energy Awards 2026 is set to bring together leading researchers, innovators, entrepreneurs, startups, academicians, and industry pioneers from across the world for a prestigious celebration of excellence in the energy sector. Event Highlights 📅 Date: 28–29 June 2026 📍 Venue: Holiday Inn Thailand Atrium, Thailand The event will celebrate more than a decade of excellence with the theme: “A Legacy of Impact Over the Past 10+ Years” The ceremony will recognize visionaries who are contributing to a smarter, cleaner, and more sustainable energy future. Participation Categories The Global Energy Awards 2026 welcomes nominations from diverse fields, including: 💡 Inventors – Recognizing creators of breakthrough energy solutions 🔬 Researchers – Celebrating scientific discoveries and impactful studies 🚀 Startups – Supporting emerging innovators and disruptive ideas 🎓 Academia – Honoring educational and research excellence 🏭 Industry – Recognizing ind...

  🚀 Honoring Research. Inspiring the Future. The 41st Edition of the Global Energy Awards is here — bigger, brighter, and more impactful than ever! 🌟 Join a prestigious international platform that celebrates groundbreaking ideas, visionary leaders, and transformative innovations shaping the future of energy and research. 🏆 About the Awards For over a decade, the Global Energy Awards have stood as a symbol of excellence, credibility, and global recognition 🌐💡. With participation from across the world, this event brings together the brightest minds driving change in energy, science, and innovation. 🎖️ 10+ Years of Excellence Celebrating a legacy of honoring global innovators and research leaders who are making a difference. 📅 Event Details 📍 Location: Singapore – Holiday Inn Singapore Atrium 📆 Dates: 26–27 May 2026 Experience a world-class international conference set against the stunning skyline of Singapore 🌆✨ — a global hub for innovation and collaboration. 🌐 Global...

  Abstract Lean blow-out (LBO) and lean light-off (LLO) in gas turbine combustors under high-altitude, low-temperature conditions have become critical issues for modern aircraft engines. In this study, a swirl spray combustion platform is employed to investigate the low-temperature LBO and LLO characteristics of Jet-A spray flames at atmospheric pressure.  The air and fuel temperatures are varied either simultaneously or independently within the range of 253–293 K to examine the sensitivities of LBO limits, LLO limits, atomization, and evaporation to temperature. A phase Doppler particle analyzer (PDPA) is used to measure droplet velocity and Sauter Mean Diameter (SMD). The results show that as the fuel temperature decreases from 293 K to 256 K, the LBO and LLO limits increase by 7.8% and 6.9%, respectively, indicating comparable levels of deterioration.  When both the fuel and air temperatures decrease simultaneously from 293 K to 253 K, the degradation of the LLO limit ...

Abstract Torrefaction can effectively improve biomass physicochemical properties and mitigate adverse effects during coal co-firing, while nitrogen migration differences between woody and herbaceous biomass during torrefaction remain unclear. This work investigates torrefaction effects on woody Salix psammophila (SP) and herbaceous Arundo donax (AD), focusing on NOx emission and fuel nitrogen migration during co-firing. The results show that torrefaction temperature significantly affects the product distribution. Considering low heating value (LHV) and energy yield, 270 °C is the optimal torrefaction temperature.  Under N2 atmosphere, the N-A functional groups in SP mainly transform into N-5 and tar-N, and the oxidative atmosphere inhibits this transformation process. In contrast, under N2 atmosphere, the N-A functional groups in AD convert into tar-N and N-Q, and the oxidative atmosphere promotes the formation of N-Q. The co-firing mode has a significant impact on NOx emissions du...

  Abstract As a key component of the marine soundscape, ocean ambient noise has a significant impact on underwater acoustic detection. However, the observational understanding of very low-frequency noise dynamics during sea-ice freeze–thaw cycles in shallow seas remains limited. In this study, we conducted nearly two months of concurrent measurements of sea ice, waves, and ambient noise in the coastal Bohai Sea, capturing a complete sea-ice freeze–thaw cycle.  Using a newly developed vector hydrophone, we recorded wave-related seismic noise (WRSN) in the 0.1–0.3 Hz band, which showed a strong correlation with wave amplitude. Because sea-ice formation significantly attenuates ocean waves, we observed the WRSN amplitude declining rapidly upon ice formation and recovering to baseline levels after the ice had completely melted. Polarization analysis of the three-dimensional ground motion indicated that the WRSN was generated primarily by local wave-induced vertical seismic waves, ...

  Abstract Heat sinks having extended surface area can substantially increase the heat dissipation limit of two-phase immersion cooling compared to the critical heat flux limit of flat surfaces. However, the highly nonlinear and boiling-regime-dependent surface boundary condition makes designing an optimal two-phase immersion heat sink a challenge, and no systematic design approach currently exists. In this work, we propose a density-based topology optimization method for designing heat sinks under pool boiling conditions. Boiling on a heat sink is modeled as a conduction problem with convective boundary condition, where the heat transfer coefficient is defined as a function of superheat and spans all boiling regimes (natural convection, nucleate boiling, transition boiling, and film boiling).  The heat sink is represented as voxelized density distribution within the design domain, with the thermal conductivity modeled as a function of local density. The boiling boundary condi...