Sustainability | EngiSphere

An Offshore Copper Cable © AI Illustration

R&D; 3D Printing; Additive Manufacturing; Circular Economy; Industrial Engineering; Materials; Mechanical Engineering; Sustainability

Upcycling Copper for 3D Printing ✴️ Turning Scrap into Gold

Discover how scientists transformed copper scrap into high-quality copper powder for additive manufacturing, boosting sustainability and cutting emissions by over 70%.

An Underwater Tidal Power Turbine © AI Illustration

R&D; Acoustic Emissions; Electrical Engineering; Energy Engineering; Environmental Engineering; Mechanical Engineering; Ocean Engineering; Sustainability

Reducing Noise in Tidal Power 🌊 Quieter Tides

Discover how smarter controls and design changes in tidal energy systems can cut harmful acoustic emissions while boosting eco-friendly power.

Smart Electromagnetic Coverage in a Modern City © AI Illustration

R&D; 5G; 6G; Civil Engineering; Electrical Engineering; Energy efficiency; Smart cities; Sustainability; Technology; Telecommunications

Smart Electromagnetic Cities 🌆🌐

How optimized electromagnetic planning with EMSs, repeaters, and IAB nodes can reshape urban wireless networks for 5G and beyond.

Healthy Soil in Sustainable Agriculture © AI Illustration

R&D; Agricultural Engineering; Bio; Ecological Security; Ecosystem Management; Environmental Engineering; Fertilization; Sustainability

Frass for Sustainable Agriculture 🐛 Bug Waste to the Rescue

Yellow mealworm frass shows promise as a natural fertilizer and nematode fighter, boosting soil health while supporting sustainable agriculture 🌱

A Cubic Engineered Bamboo as Building Material © AI Illustration

R&D; Architecture; Building; Civil Engineering; Construction; Materials; Mechanical Engineering; Structures; Sustainability

Engineered Bamboo in Building Materials 🎋 Stronger, Greener, Smarter

Discover how engineered bamboo responds to size and geometry in construction, unlocking its potential as a sustainable superstar in building materials. 🐼

Biomimicry Inspired Additive Manufacturing of Honeycomb Pattern © AI Illustration

R&D; 3D Printing; Additive Manufacturing; Architecture; Biomimicry; Civil Engineering; Concrete; Construction; Energy efficiency; Industrial Engineering; Structures; Sustainability

Biomimicry Boosts Additive Manufacturing 🌀🐝 Cooler, Greener Buildings

How biomimicry in additive manufacturing boosts thermal comfort and energy efficiency in 3D-printed concrete buildings.

A Long Duration Energy Storage Facility © AI Illustration

R&D; Electrical Engineering; Energy efficiency; Energy Engineering; Energy Market; Energy Storage; Finance; Management; Renewable Energy; Sustainability

Long Duration Energy Storage 🔋 Cracking the Code

How smarter markets can unlock investment and stability for long duration energy storage in a deeply decarbonized future 🌍

Forest Fire Detection © AI Illustration

R&D; AI; Computer Engineering; Computer Vision; Environmental Engineering; Forest; Sustainability; Wildfire

Smarter Forest Fire Detection in Real Time 🔥 F3-YOLO

A new AI-powered model for forest fire detection combines speed, accuracy, and lightweight design—making it perfect for real-world fire monitoring systems.

A Road Made of Asphalt © AI Illustration

R&D; Asphalt Concrete; Civil Engineering; Infrastructure; Materials; Sustainability

Biopolymer Boost 🌱 Agar’s Role in Stronger Asphalt

Discover how agar biopolymer enhances asphalt performance, offering eco-friendly solutions for sustainable pavements of the future.

Soil Conservation in Agriculture © AI Illustration

R&D; Agricultural Engineering; Mechanical Engineering; Soil Conservation; Sustainability

Smarter Farming for Soil Conservation 🚜 Tires, Straw & Soil

How different tires and straw cover can protect soil from compaction and improve sustainability in modern agriculture 🌱

Four Tiers of 6G Networks © AI Illustration

R&D; 6G; Electrical Engineering; Sustainability; Telecommunications

Sustainable 6G 📶 with Satellites, HAPS & UAVs

How a multi-tier 6G network using satellites, high-altitude platforms, and drones can cut energy use while keeping latency low.

Energy Use in Modern Buildings © AI Illustration

R&D; Architecture; Building; Civil Engineering; Data Science; Electrical Engineering; Energy Engineering; Sustainability

Smarter EnergyPlus Simulations ⚡🏢

An open-source tool makes EnergyPlus building models easier to run, analyze, and manage—saving time, storage, and headaches.

Self-Healing Concrete Block © AI Illustration

R&D; Architecture; Chemical Engineering; Civil Engineering; Concrete; Infrastructure; Self-Healing Materials; Sustainability

Self-Healing Concrete 🦠 Bacteria-Powered Strength

Discover how self-healing concrete with Bacillus megaterium repairs cracks, fight sulfate attack, and last longer—paving the way for greener, more resilient infrastructure.

Energy Resources in Renewable Energy Systems © AI Illustration

R&D; Climate Change; Electrical Engineering; Energy Engineering; Energy Systems; Renewable Energy; Sustainability

Energy Resources vs Droughts ⚡ Building Weather-Proof Power Systems

How smart planning can safeguard renewable-heavy energy systems against extreme weather, ensuring energy resources adequacy and resilient systems for the future.

Smart Water Quality Testing © AI Illustration

R&D; Chemical Engineering; Civil Engineering; Electrical Engineering; Quality Control; Sensors; Sustainability; Water Engineering

Easy Water Quality Testing 🚰 with Smart Circuits

A new sensor model uses electrical circuits to analyze water quality—perfect for green buildings and real-time monitoring.

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