MOF-based soil moisture monitoring device a step toward precision irrigation.

Plant-derived bio-solvents enable the sustainable conversion of plastic waste into valuable membrane materials.

An electrode made from inexpensive earth-abundant metals bubbles with potential for green fuel production.

Sensitive and flexible scintillation screens bring better X-ray imaging.

Inspired by the human eye, a neuromorphic vision system recognizes handwritten numbers.

Membranes made from date seed biomass could provide a greener and more cost-effective alternative for industrial separation.

The system offers an economical way to source essential battery material.

A diverse category of porous materials can separate and purify key industrial chemicals at low temperatures.

Metal organic framework helps silver catalyst to turn greenhouse gas into useful chemical feedstock.

Sophisticated geometry design gives rise to a new form of crystalline material.

An antibody loaded onto a porous metal organic framework is released by the acidic environment that surrounds tumors, avoiding the adverse effects of administering the antibody alone.

Nanostructure-templated electrochemical polymerization enhances speed and selectivity in organic membrane-based processes.

An assistive technology uses magnetic skin to support freedom of movement for people with quadriplegia.

​Ultrathin porous films that can pluck out specific nanoscopic molecules could refine oil purification and drug development.

Molecular cages, in which guest molecules cling to the cages’ outer surfaces rather than enter an internal cavity, could cut the environmental impact of separating mixtures of industrial chemicals, research from KAUST suggests.

Machine learning could teach us how to make the manufacturing of materials cleaner and more sustainable by taking a holistic view to identify the greenest production method, suggest KAUST researchers.

​We are very delighted and proud to announce that Professors Mohamed Eddaoudi, Yu Han and Omar F. Mohammed Abdelsaboor from the Advanced Membranes and Porous Materials Center at KAUST are listed as the world’s most-cited researchers for 2020.

A simple method developed at KAUST uses laser beams to create graphene electrodes that have better performance than those produced through older methods.

AMPM Center's Professor Suzana Nunes has received the Leadership Excellence for Women Awards and Symposium (LEWAS) Award for her expertise and contribution to the Chemical and Environmental Science and Engineering, Polymer and Membrane Science. Congratulations!

A porous organic material created at KAUST could significantly improve energy storage and delivery by supercapacitors, which are devices that are able to deliver quick and powerful bursts of energy.