Tokyo scientists create VPR, a strong, heat-healable, and partly biodegradable plastic, potentially revolutionizing recycling and waste reduction.
Latest in Chemical Engineering
-
-
Chemical BiologyChemical EngineeringQuantum Information ScienceSciTech NewsSpectroscopyTexas A&M University
A Breakthrough in Spectroscopy Overcomes Five Decades of Challenges
A breakthrough technique, Thermostable-Raman-Interaction-Profiling (TRIP), offers a transformative solution to long-standing issues in Raman spectroscopy. Developed by researchers at Texas …
-
Chemical EngineeringPlasticRecycleSciTech NewsVirginia Tech
An Unexpected New Way To Recycle – Scientists Transform Plastic Waste Into Soap
Scientific Breakthrough: Converting Plastic Waste into Valuable Soap – A Game-Changer for Recycling.
-
Battery TechnologyChemical EngineeringEngineeringPohang University Of Science & TechnologySciTech NewsTechnologyVehicles
Six-Minute Charging Achieved: Novel Anode Material Transforms Electric Vehicle Charging Paradigm
Six-Minute Charging Achieved: Novel Anode Material Transforms Electric Vehicle Charging ParadigmWhereas electric vehicles typically require several hours for a full …
-
BiochemistryChemical EngineeringChinese Academy of SciencesDALIANSciTech NewsUniversities
Cutting-Edge Lignocellulose Bio-Refinery: The Novel Frontier for Yeast in Value-Added Chemical Synthesis
Dalian Institute of Chemical Physics pioneers a microbial system for lignocellulose bio-refinery, enhancing sugar co-fermentation to produce valuable chemicals
-
Chemical EngineeringSciTech NewsUniversity Of Oxford
Nature Secret Recipe Inspires Breakthrough in Safer, Greener Fluorochemical Production
by Klaus Müllerby Klaus MüllerRevolutionary eco-friendly method: Fluorochemicals made without hazardous gas. Biomineralization-inspired process. Greener industry future.
-
BacteriaChemical EngineeringEnvironmentPollutionSciTech NewsUC RiversideUniversities
New Bacteria Species Found Capable of Neutralizing Certain “Forever Chemicals”
UC Riverside researchers discover bacteria capable of neutralizing persistent PFAS pollutants, offering a cost-effective cleanup method.
-
Chemical EngineeringCrystalsEngineeringRensselaer Polytechnic InstituteSciTech NewsTechnology
Revolutionary Discovery Challenges Conventional Understanding of Crystals
Revolutionary study challenges crystal understanding, revealing stable random arrangements with new properties. Implications for materials science and technology.
-
Artificial IntelligenceChemical EngineeringElectrical EngineeringMachine LearningMechanical EngineeringMedicineMITPharmaceuticalsSciTech NewsTechnology
Revolutionary AI-Laser Combo from MIT Transforms Medicine Production
MIT-Takeda researchers use a laser-AI method, PEACE, to optimize pharmaceutical production, improving efficiency and sustainability.
-
AmmoniaChemical EngineeringEnergyGreen EnergyHydrogenRIKENSciTech News
A Safe and Convenient Method for Storing Ammonia to Advance a Decarbonized Future
by Manuel Costaby Manuel CostaNew research unveils a safe and efficient method of storing ammonia using a perovskite compound, facilitating the transition to a …
- 1
- 2