Khalifa University

Saeed Alhassan

Alya Alkaabi

Hajar Aljaberi

Vasileios Tzitzios

Safiya Khalil

Hamda Alblooshi

Sunil P Lonkar

Marios S Katsiotis

Hemant Mittal

Embodiments include a water collection device () comprising one or more water sorbing materials including at least a first thermo-responsive polymer that sorbs water at temperatures above an upper critical solution temperature and desorbs water below the upper critical solution temperature. Embodiments further include a method of harvesting water comprising exposing one or more water sorbing materials to an environment, wherein the one or more water sorbing materials includes at least a first thermoresponsive polymer that sorbs water at temperatures above an upper critical solution temperature and desorbs water at temperatures below the upper critical solution temperature; and collecting water desorbed from the at least first thermo-responsive polymer.

Water sorbing materials and related systems and methods

The present application relates to a method for synthesizing nanozeolite Y crystals, nanozeolite Y crystals obtainable by said method, and the use of the synthesized nanozeolite Y crystals in cracking hydrocarbons, as molecular sieves or as ion-exchangers.

High-yield synthesis of nanozeolite Y crystals of controllable particle size at low temperature

A method for preparing zinc sulfide particles is described which comprising the steps (i) preparing a mixture of zinc mineral and elemental sulfur, (ii) milling the mixture obtained in step (i), and (iii) annealing the mixture obtained in step (ii) at a temperature ranging from 300 to 500&#xb0; C. to obtain zinc sulfide particles.

Mechano-thermal preparation of zinc sulfide nanoparticles

Growing community of inventors

Abu Dhabi, United Arab Emirates

Saeed Alhassan