Energy Management and Efficiency

Decarbonizing Drilling Ops: Combustion Catalyst Fuel Enhancers, Hydrogen Injection, Gen Sets, Grid Power, Diesel-Battery Hybrids, Robotic Rigs, and More. July 25, 2024. Blue Dragon Energy & Environmental Blog 2.0: Decarbonizing Drilling Ops: Combustion Catalyst Fuel Enhancers, Hydrogen Injection, Gen Sets, Grid Power, Diesel-Battery Hybrids, Robotic Rigs, and More

Baker Hughes’ Hummingbird Oil & Gas Well Cementing Unit: Oilfield Electrification Continues. June 5, 2025. Blue Dragon Energy & Environmental Blog 2.0: Baker Hughes’ Hummingbird Oil & Gas Well Cementing Unit: Oilfield Electrification Continues

NREL’s Ultra-Low Inductance Smart (ULIS) Silicon Carbide Power Module: Ultraefficient, Low-Cost, Compact, and Available to License. September 16, 2025. Blue Dragon Energy & Environmental Blog 2.0: NREL’s Ultra-Low Inductance Smart (ULIS) Silicon Carbide Power Module: Ultraefficient, Low-Cost, Compact, and Available to License 

Reconductoring Transmission Lines with Advanced Conductors: It Will Lead to Much Higher Transmission Capacities and Upgrade Power Grids: Challenges and Opportunities. November 10, 2025. Blue Dragon Energy & Environmental Blog 2.0: Reconductoring Transmission Lines with Advanced Conductors: It Will Lead to Much Higher Transmission Capacities and Upgrade Power Grids: Challenges and Opportunities

Amazon and Trane Technologies Report 15% Improvements in Building Energy Efficiency with AI-Enabled Tool, BrainBox AI: Plan for Widespread Rollout. December 29, 2025. Blue Dragon Energy & Environmental Blog 2.0: Amazon and Trane Technologies Report 15% Improvements in Building Energy Efficiency with AI-Enabled Tool, BrainBox AI: Plan for Widespread Rollout

Energy Demands of 6G Networks: New Paper Models Synthetic Biology-Based Fuel Cell-Powered Bio-Hybrid Networks as a Sustainable Alternative for Ultra-Dense Small-Cell Base Stations. April 1, 2026. Blue Dragon Energy & Environmental Blog 2.0: Energy Demands of 6G Networks: New Paper Models Synthetic Biology-Based Fuel Cell-Powered Bio-Hybrid Networks as a Sustainable Alternative for Ultra-Dense Small-Cell Base Stations

Singlet Fission Via a Molybdenum-Based Near-Infrared Light-Emitting Spin-Flip Emitter Shows Promise for Breaking the Shockley–Queisser Limit of Solar Cell Efficiency. June 2, 2026. Blue Dragon Energy & Environmental Blog 2.0: Singlet Fission Via a Molybdenum-Based Near-Infrared Light-Emitting Spin-Flip Emitter Shows Promise for Breaking the Shockley–Queisser Limit of Solar Cell Efficiency

Water-In-Diesel Emulsions with Surfactants Can Improve Combustion Efficiency, Reduce NOx and Particulate Emissions, and Improve Brake Thermal Efficiency, According to Review of Studies. July 6, 2026. Blue Dragon Energy & Environmental Blog 2.0: Water-In-Diesel Emulsions with Surfactants Can Improve Combustion Efficiency, Reduce NOx and Particulate Emissions, and Improve Brake Thermal Efficiency, According to Review of Studies

Directing Thermal Energy: New Research with Magneto-Optical Materials and a Phase-Change Material Called GST Can Direct Heat. July 25, 2026. Blue Dragon Energy & Environmental Blog 2.0: Directing Thermal Energy: New Research with Magneto-Optical Materials and a Phase-Change Material Called GST Can Direct Heat

Waste Heat Recovery and Utilization: The Resource is Substantial: Absorption Chillers Use Waste Heat for Cooling, and Heat Pumps, Heat Exchangers, and Turbines Convert it to Electricity. August 3, 2026. Blue Dragon Energy & Environmental Blog 2.0: Waste Heat Recovery and Utilization: The Resource is Substantial: Absorption Chillers Use Waste Heat for Cooling, and Heat Pumps, Heat Exchangers, and Turbines Convert it to Electricity

Oscillator-Based AI Technology: The Future of AI Image Generation Could Be a Lot Less Energy Intensive. August 8, 2026. Blue Dragon Energy & Environmental Blog 2.0: Oscillator-Based AI Technology: The Future of AI Image Generation Could Be a Lot Less Energy Intensive

Industrial Drying with Superheated, Dry Steam in a Closed-Loop System with Heat Pumps Cuts Energy Use by Up to 80% Over Hot Air Drying. August 8, 2026. Blue Dragon Energy & Environmental Blog 2.0: Industrial Drying with Superheated, Dry Steam in a Closed-Loop System with Heat Pumps Cuts Energy Use by Up to 80% Over Hot Air Drying