Chemical Engineering Breakthroughs & Beyond

Titanium-Aluminum Alloys © AI Illustration

Neural Networks Meet Metal Alloys

Discover how artificial neural networks revolutionize molecular dynamics simulations of titanium-aluminum alloys, predicting material behavior with unprecedented accuracy.

Aerospace; Chemical Engineering; Machine Learning; Materials; Mechanical Engineering; Molecular Dynamics

A Liquid Hydrogen Storage Tank © AI Illustration

Zero-Loss Liquid Hydrogen Transfer

How engineers can move liquid hydrogen without wasting a drop — smart pumps, smarter pressure control, and a path to zero boil-off.

Chemical Engineering; Energy Engineering; Hydrogen; Industrial Engineering; Liquid Hydrogen; Mechanical Engineering; Transportation

An Ultrafiltration Membrane Module © AI Illustration

Ultrafiltration Membranes in The Future of Clean Water

How ultrafiltration membranes upgrade municipal wastewater into safe, reusable water—boosting quality, safety, and sustainability.

Chemical Engineering; Environmental Engineering; Industrial Engineering; Wastwater Treatment and Reuse; Water Engineering

A Green Banana Leaf for Bioplastics and Biopolymers © AI Illustration

From Banana Waste to Bioplastics

How cellulose from discarded banana stems could revolutionize the future of sustainable biopolymers.

Agricultural Engineering; Bio; Chemical Engineering; Environmental Engineering; Materials; Polymers; Sustainability; Waste Management

Marine Fuel Powering a Cargo Ship at Sea © AI Illustration

Polymer Boost for Biodiesel & Marine Fuel Stability

A polymer-based moisture removal method improves marine fuel and biodiesel stability, reduces emissions, prevents corrosion, and supports sustainable shipping compliance — without modifying fuel chemistry or increasing energy use.

Chemical Engineering; Energy Engineering; Environmental Engineering; Mechanical Engineering; Polymers; Sustainability

Biomass for Green Aviation © AI Illustration

The Rise of Smart Biomass | How Industry 4.0 Fuels Green Aviation

How Industry 4.0 is Powering Smarter Biomass Supply Chains for Sustainable Aviation Fuel (SAF) — From Sensors to AI, Digital Twins, and Beyond.

Agricultural Engineering; Biomass; Chemical Engineering; Energy Engineering; Environmental Engineering; Industrial Engineering; Management; Sustainability

Methylene Blue Wastewater © AI Illustration

Smart Hydrogel Tackles Methylene Blue Wastewater

Fe₃O₄/poly(acrylic acid) hydrogels show high reusability and adsorption power for methylene blue removal, promising a greener wastewater treatment solution.

Chemical Engineering; Environmental Engineering; Wastwater Treatment and Reuse; Water Engineering

Glucose Biosensors Made of Nano Gold & Platinum © AI Illustration

A New Era of Glucose Biosensors | Nano Gold & Platinum

Discover how Pt/Au nanostructures are transforming abiotic glucose biosensors—bringing more stability, affordability, and precision to diabetes monitoring.

Biosensors; Chemical Engineering; Electrical Engineering; Electrochemistry; Healthcare; Materials; Nanotechnology; Wearable Technology

A 3D Bioprinter © AI Illustration

4D Bioprinting | The Next Leap in Living Materials

Discover how 4D bioprinting goes beyond 3D printing by creating smart, shape-shifting materials for tissue engineering, drug delivery, and regenerative medicine.

Biology; Biomedical; Chemical Engineering; Healthcare; Industrial Engineering; Materials; Self-Healing Materials; Technology

Self-Healing Concrete Block © AI Illustration

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.

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

Smart Water Quality Testing © AI Illustration

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.

Chemical Engineering; Civil Engineering; Electrical Engineering; Quality Control; Sensors; Sustainability; Water Engineering

A Direct Air Capture Machine © AI Illustration

Direct Air Capture | Just Got More Efficient

A deep dive into optimizing Direct Air Capture (DAC) with dynamic temperature–vacuum swing adsorption (TVSA) using mmen-Mg₂(dobpdc) for energy-efficient CO₂ removal.

Chemical Engineering; Climate Change; Energy efficiency; Energy Engineering; Environmental Engineering; Sustainability

A Wastewater Treatment Plant © AI Illustration

Turning Waste into Watts | How Smart Control is Powering Energy-Free Wastewater Plants!

Predictive Control Meets Water Resource Recovery in the Quest for Sustainable Urban Infrastructure.

Chemical Engineering; Energy efficiency; Energy Engineering; Environmental Engineering; Renewable Energy; Sustainability; Wastewater; Wastwater Treatment and Reuse; Water Engineering

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