GelPolymers lab

We experimentally studied the effects of clay-polymer nanocomposites on oil recovery and observed a significant increase in oil recovery. The underlying mechanism involves the formation of oil emulsions, facilitated by the nanomaterials, which allow oil droplets to pass through pore throats more easily. The optimized formulations identified in this research hold promise for field applications, offering a sustainable and effective solution to maximize oil production.

Our team has successfully optimized hydrogel to achieve maximum penetration into cores. CT scan images reveal a significant reduction in porosity post-injection, confirming deep penetration of the hydrogel within the porous media. This breakthrough has potential applications in the petroleum industry.

Design and preparation of a polymer gel to produce a temporary plugging system that could plug the well (for approximately a week) without any permission for any fluid to be able to pass through it. Furthermore, this system had the ability of simpler degradation than the common methods (such as drilling for cement destruction).

Adsorptive removal of cationic dye by synthesized sustainable xanthan gum-Based hydrogel from aqueous media: Optimization by RSM-CCD model

Exciting Research Update! Anahita Kazemi Kia and Hooman Harighi are currently working on developing biodegradable, pH-sensitive hydrogels aimed at advancing sustainable applications. Their innovative approach holds promising potential for eco-friendly solutions in various fields. Stay tuned for more updates on their progress!   Sustainable agriculture and forestry are critical goals globally, yet challenges like water scarcity and land desertification hinder progress. Reducing water use in agriculture is essential, and hydrogels are increasingly used in arid regions to address this. These 3D polymer structures absorb, store, and gradually release water and nutrients, supporting plant growth and resilience. Studies show that plants in hydrogel-treated soil thrive with better morphology, physiology, and extended survival. However, enhancing the mechanical strength of hydrogels remains a key area of research to improve their agricultural applications.  #SustainableScience #HydrogelResearch #BiodegradableMaterials #GreenChemistry #Innovation

Introducing two innovative hydrogels, designed and synthesized to provide superior water shut-off in fractured formations.

Oil companies produce an average of Three barrels of water for each barrel of oil from their depleting reservoirs. Given the worldwide daily water production of roughly 290 million barrels of water accompanying every 104 million barrels of oil, many oil companies could almost be called water companies. Every year more than $50 billion is spent dealing with unwanted water. In many cases, innovative water-control technology can lead to significant cost reduction and improved oil production.

"Hydrogel magic! 🪄 Different environments, different swellings. 🧪" This phenomenon is crucial for optimizing conformance control and water shut-off strategies.

Lost in the fog, found in the lab. 🔍 A foggy day calls for some serious lab work. 🌧️🔬 Let's see what discoveries we can make today.

Synthesis of a custom-made suspension of preformed particle gel with improved strength properties and its application in the enhancement of oil recovery.