Izaz Ul Islam- Doctor of Philosophy
- Doctoral Reseacher at Henan University
Izaz Ul Islam
- Doctor of Philosophy
- Doctoral Reseacher at Henan University
Wastewater treatment using Hydrochar derived from various agricultural wastes supporting Mutiple UN sustainable Goals.
About
11
Publications
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Introduction
I am the founder and managing director of a research organization " IM GROUP OF RESEARCHER'S & REVIEW HUB" founded with the aim to create an environment for fruitful research collaboration and research awareness. I did my bachelor's (16 years) and Master of Philosophy (M.Phil.) in analytical chemistry from Government post-graduate college Mardan, affiliated with ABDUL wail khan university, Pakistan. Currently, I am working as Doctoral Researcher at Dr. Wang Lab. izaz@henu.edu.cn
Current institution
Education
March 2022 - December 2023
Publications
Publications (11)
Facing energy shortages and hard‐to‐degrade chemical pollution, especially high ionization potential (IP) organic pollutants, this study developed a novel photoelectrocatalyst, Ni‐Mn@OBN, for degrading IP pollutants in seawater and generating hydrogen. Incorporating Ni‐Mn dual atoms into an O‐doped boron nitride (OBN) framework, Ni‐Mn@OBN shows exc...
Water contamination has become a significant global issue in recent decades, with pollutants, such as heavy metals, acids, organic solvents, and pharmaceutical waste contributing to environmental degradation. Various techniques are employed for treating pharmaceutical wastewater, but metal–organic frameworks (MOFs) are gaining increasing attention...
As global energy demands surge, hydrogen production through sustainable water splitting techniques hasbecome a focus of extensive research. Electrocatalytic and photocatalytic water splitting using earth-abundantmaterials presents a promising approach for generating clean hydrogen by utilizing only water and renewableenergy sources. Among the diver...
This systematic review presenting fundamentals of geopolymer (GP) for concrete technology. Geopolymer formulated by activation of sustainable aluminosilicate (minerals) binders (eco-friendly, available, cheap, sustainable natural raw materials fly ash and slag wastes). Geopolymer concrete decrease scarcity of global ordinary Portland cement and dec...
Water bodies face severe pollution from industrial operations and other human activities, endangering biotic life worldwide. Nitrate and phosphate contamination poses a significant challenge globally. This study focuses on developing an efficient adsorbent, derived from Parthenium hysterophorus (P. hysterophorus), for nitrate and phosphate removal...
Neurotransmitters being the signaling molecules are crucial for normal brain functions and their imbalance is associated with several mental health diseases. Therefore, precise detection and measurement of these molecules are essential in the diagnosis of different brain disorders and research studies. Although various techniques have been suggeste...
Water pollution caused by heavy metals is of great concern because of rapid industrialization, lack of wastewater treatment, and inefficient removal of these metals from wastewater. The present project was designed to develop a green adsorbent from rice straw and to investigate it for the removal of chromium from chromium-contaminated water. Rice s...
Lead pollution is a major cause of increasing blood and cardiac diseases. Adsorption is a good method for the treatment of polluted water. In this project, we prepared biochar from rice straw by pyrolysis at 600 °C in a thermolyne 1400 furnace. The Biochar was modified with iron by adding the aqueous solution of FeCl3/FeSO4 to the suspension of bio...
