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Mr.Neeraj Virdi
APID: 66191
capAssistant Professor at B.A.M. Khalsa College, Garhshankar Garhshankar, Punjab
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My Biography

Currently working as an Assistant Professor in More Chemistry in the Department of Chemistry, Babbar Akali Memorial Khalsa College, Garhshankar, Hoshiarpur, Punjab, India. The duty comprises teaching of Post-graduate and Under-graduate classes. The major field of specialization in teaching is Inorganic Chemistry. My research on waste management has been highlighted by innovative approaches to addressing environmental challenges. By integrating advanced technologies for waste reduction, recycling, and its management. Published research findings in reputable journals and presented some research findings in national seminars, contributing to the advancement of knowledge in the field of waste management and to aware community about the benefits of proper waste management.

Area Of Expertise

Inorganic Chemistry, Environmental Chemistry

Area of Intrest

Waste Management, Material Science, Environmental Chemistry

Honors and Awards


Reviewer by International Journal of Analytical and Applied Chemistry on 31/05/2025
To conduct peer review of manuscripts.

Career Timeline

Academic Identity

User not updated academic id.

Project: Higher Education for Sustainable Development: Action Research
Goal: The project of Higher Education for Sustainable Development: Action Research has been collaboratively conducted by the teaching faculty of Babbar Akali Memorial Khalsa College, Garhshankar (144527) under the aegis of Institute for Environment Conservation Advocacy, Hyderabad (5000016). Under the project, Mr. Neeraj Virdi, Assistant Professor in Chemistry, of Babbar Akali Memorial Khalsa College, Garhshankar has presented on the topic of “Purifying Water: Advancing Clean Water & Sanitation Initiatives”, demonstrating his commitment to addressing water scarcity and sanitation challenges. The main objective of the project was the implementation of Root Zone Techonolgy for sustainable wastewater treatment, emphasizing its cost-effective and environmentally friendly nature. It highlights the benefits of this decentralized treatment approach, particularly in the context of green campus initiatives and community empowerment. The technology is showcased as a solution for enhancing water quality, promoting sustainability, and supporting the Sustainable Development Goals related to water and sanitation. Through the Root Zone Technology, effective treatment of wastewater is achieved without the need for extensive mechanical, electrical, or chemical equipment, making it a practical and efficient solution for various settings, including small towns, village resorts, and urban watershed management. The approach not only ensures high treatment standards but also contributes to water reuse and ecosystem preservation.
Current Stage: Completed
Starting Date:
Sponsored by: College Management
Projects
Two Days Conference on “Present Status of Higher Education in Punjab: Problems and Possible Solutions”
Organizer: Shiromani Gurudwara Parbhandak Committee, Sri Amritsar Sahib
Start Date: 02/10/2023 | End Date: 03/10/2023
Location: Giani Dit Singh Auditorium, at Baba Banda Singh Bahadur Engineering College, Sri Fatehgarh Sahib.
Role: Attendee
Conferences

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Ayesha Rafiq

Hello, Here is Ayesha Rafiq committed to research covering organic chemistry, synthesis, medicinal Read More chemistry, heterocyclic chemistry.
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Manoharmayum Vishwanath Sahrma

Hi, I am Dr. Manoharmayum Vishwanath Sharma, Associate Professor, Head of Department, Department of Read More Environmental Science, Manipur International University. My research area includes environmental monitoring and analysis, carbon sequestration, heavy metal adsorption, nanomaterial synthesis through chemical and green routes, the application of nanomaterials for pollutant degradation, and pollutant sensing.
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RAMKISHEN YELAMANCHILI

Hello I am Dr. Ram Kishen.Y committed to clinical and research excellence in Sales & Marketing

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Dr.Kowsalya R

passionate about clinical and translational research and committed to clinical and research Read More excellence and compassionate health care delivery.
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Marwa Elkady

There is no doubt that the most serious problem facing the world now, especially in the African Read More countries, is the problem of water scarcity. As most countries, especially Egypt, are now suffering from a severe water shortage to the point of drought, which prompted many governments to direct a large part of their budget to water research and water desalination including how to treat industrial and agricultural wastewater, and the possibility of reusing thr treated resourcesat either agricultural or industrial purposes.In addition to the desalination of sea water to provide a renewable source of clean water. These research categories have succeeded in reaching great results to contribute in solving the problem of water pollution, which in turn contributes to solving the problem of water shortage and scarcity. One of the most important and most dangerous types of water pollutants is water pollution with dust, dirt, heavy metals, organic dyes, phenols, and microbes, as the presence of these pollutants in the water causes many problems that threaten human life and other forms of life, whether plant, animal, or fish wealth on the Earth. As the impact of these pollutants’extent for long periods because of their accumulation in the food chain of many living organisms, which reach the end of the human food chain, causing many serious diseases. In view of the danger of the presence of these pollutants in water bodies on human health, in addition to their harmful effect on disturbing the ecological balance. Therefore, most countries have set restrictions and introduced strict regulations to limit the presence of these pollutants in water bodies by obligating most industrial entities to reduce the concentration of these pollutants in water before discharging them into water bodies. Recently, the various technologies were highlighted, especially the membrane technologies and their applications at desalinate sea water to provide a renewable source of clean water. On the other hand, the use of agricultural pesticides to combat plant crop diseases is one of the types of environmental pollution, which has harmful and negative impacts on human life. Air pollution is also one of the challenges of the times, given the problems of climate change that the world is facing now. Therefore, my research focused on finding new and innovative solutions to reduce environmental pollution by eliminating pollutants from both water and air, or by fabrication sensor devices for detecting harmful gases to reduce their emissions to the environment, in addition to adapting nanofiber membrane technology for water desalination. In addition to trying to provide a safe and effective alternative to agricultural pesticides by adapting nanotechnology to develop new materials with high efficiency to get rid of these water and air pollutants so that these materials are characterized by their cheapness and being environmentally friendly materials or through the creation of modern engineering separation techniques aimed for separating these harmful pollutants from water and air by using nano-membranes and their composites to separate pollutants in addition to sea water desalinating or through photo-catalytic cracking of these harmful pollutants and contaminates in water and air. Whereas adsorption technology was used as one of the separation processes to remove these pollutants in water and air, which represents a simple, easy, and cheap technique, through the preparation of new nanometric materials, whether organic or inorganic, or the preparation of magnetic or membrane composites. Also, novel materials that including organic materials with inorganic were developed, which are metal organic frame work (MOFs), these innovative materials are effective in eliminating water and air pollutants, while being cheap and environmentally friendly materials. Where my research was utilized the nanotechnology to serve the field of wastewater treatment contaminated with heavy metals, dyes and phenols, in addition to air polluted with ammonia and toluene. By preparing nanometric organic materials such as nanometric polyaniline and other inorganic materials with nanometer dimensions such as hydroxyapatite and zirconium vanadate, which are characterized by their high efficiency to get rid of both water and air pollutants. Also, advanced adsorbent materials were prepared from cheap materials such as nanometric activated carbon fromMagharawaste coal. On the other hand, environmentally friendly nano-magnetic bio-composites were prepared from nanometric zinc oxide with magnetite and nanometric hydroxyapatite with magnetite. Where these magnetic composites were prepared in the form of magnetic materials to overcome the problems caused by the treatment of industrial wastewater, which occur due to the utilization of adsorbent materials in the form of fine powders, which results in a blockage in the treatment tower or a decrease in pressure inside the treatment tower as a result of the fine granules of the adsorbent material gathering together. These environmentally friendly magnetic bio-composites were characterized by their high efficiency in removing various pollutants from polluted water, in addition to the facile of their separating after the treatment process and controlling their performance inside the treatment tower using external magnetic field.
Also, through my researchintersts, attention was paid to adapting green chemistry techniques and using environmentally friendly techniques to prepare nanometric materials away from the utilization of traditional chemical processes to reduce environmental pollution. Where several bacterial isolates were isolated, characterized and defined in the laboratory. It was found that these isolates have a high efficiency to reduce silver salt in a biological way and to form silver nanoparticles, which have an effective antimicrobial effect, which can be used to purify water from microbes as an alternative to harmful chlorine. The plant fungi were also extracted from the tomato plant to produce huge nanometric silver particles in a biological way. Nanoscale silver was produced at the industrial level by applying industrial tapuchi under optimal conditions to triple the production of nanoscale silver. This low-cost bio-silver production technology is considered one of the important steps for industrial applications of biotechnology, and the produced bio-silver nanometer has been used as an alternative to agricultural pesticides to get rid of plant diseases.Moreover, various bio-metal oxides nanomaterials were prepared and utilized as an alternative to agricultural pesticides.
On the other hand, nanofiber membranes and their composites were prepared with a modern electrospinning technology from cheap polymeric materials such as cellulose acetate or from the polymeric mixture of acrylonitrile with styrene or free styrene, where the first polymer was loaded with many different nanomaterials such as magnetic zinc oxide, hydroxyapatite, and titanium oxide. While a chemical modification was made to the surface of the other nanofibers prepared from the polymeric mixture to increase its efficiency in the different separation processes, including water pollutants separation or to be utilized as sensor devices for harmful gases, or for water desalination. Where different polymericmembranes and their composites prepared by electrospinning method were utilizedat several modern engineering separation processes, which include thermal evaporation water desalination and adsorption to separate pollutants. Also, a modern engineering technique was utilized including photocatalytic cracking technique, to get rid of the various pollutants in the water, where nanotechnology was adapted to create new composites by integrating different nanomaterials such as carbon nanotubes and nano-zirconium vanadate with different metal organic framework materials (MOFs)to be utilized as effective photocatalysts for pollutants decontamination for the production of clean water suitable for industrial and agricultural purposes.
Finally, attention has been paid through my research to adapt nanotechnology through utilizationnano-fluidsfor the cooling purposes of solar cells to improve their performance and efficiency. Various types of cooling techniques were also applied, whether practicalor mathematical modeling for solar cell concentrators to reduce heat stress on solar cells and increase their efficiency and electricity production. Moreover, attention was also paid to the problem of depleting fossil fuels and finding alternative fuel resourceswhich are environmentally friendly to reduce environmental pollution. Where biofuels were produced from both vegetable and animal oils residues, using micrometric reactors technology and batch production technology.
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Dr.Muralidharan P

HELLO EVERYONE, Iam professor Dr.Muralidharan from CARE Chettinad

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Dr. Mohammad Taghipour

I hold a PhD in Industrial Engineering from Islamic Azad University, Tehran, Iran. I am a member of Read More the Brilliant Talents in Tehran, Iran. I am also a talented member of the Young Researchers and Elites Club in Iran. I have over 17 years of teaching experience at different levels, including Statistics, Management, and Industrial Engineering. I’ve authored over 55 scientific-training publications in the fields of Statistics, Management, and Industrial Engineering. Moreover, I have presented more than 200 papers at various conferences and published/submitted more than 250 papers in various ISI and ISC journals.
Some of my honors include the following:
• The first place of the festival of elites
• The best professor of the university
• Top researcher
• The best researcher of the university
• Top PhD researcher of the university
• The best researcher of the university during my master’s degree
• …
Editor of Sustainable Economics, SIN-CHN SCIENTIFIC PRESS PTE.LTD
Editor of Building Engineering Academic Publishing Pte.Ltd
I am also an editorial board member of the following journals:
• Management (MANA) ISSN: 2617-4596
• American Journal of Engineering and Technology Management ISSN:2575-1948
• Sumerianz Publication ISSN: 2616 – 8693
• International Journal of Innovative Research and Scientific Studies (IJIRSS) ISSN: 2617-6548
• …
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JAGADESH R

Hi everyone,
I am Jagadesh Chander R, Assistant Professor, Dept. of Psychology, CHRIST Deemed to be Read More University, Bengaluru.
My area of research includes Mental health and well-being and exploring the innovative pedagogies in teaching.
As a mental health practitioner, I strive towards enriching mental health literacy and help-seeking behavior among members of the community.
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Dr. Ravichand Mandalapu

Hello! I am Dr. Ravichand Mandalapu,
Professor and Head, Dept. of English, V. R. Read More Siddhartha
Engineering College, Vijayawada.
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Reema Singh

“In my recent work, I’ve delved into the intricate realm of hematology, leveraging my expertise in Read More medical writing to contribute significantly to our understanding of blood-related disorders. By meticulously synthesizing complex research findings and translating them into accessible and impactful content, I aim to bridge the gap between cutting-edge discoveries and practical applications in clinical settings. This work not only advances our knowledge within the hematology field but also has the potential to influence medical practices, ultimately improving patient outcomes. I am excited about the positive impact my contributions can make in advancing the field and am eager to share these insights with my peers.”
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Publications
Title: Investing in the Earth: Prevention of Single Use Plastic.
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Published By: Other
18/06/2023
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Title: Lab Manual for Physical Chemistry
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Published By: Other
Publications
Title: “Unearthing the Future: Exploring Innovative Root Zone Technologies for Wastewater Treatment”
Subject:
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Published By: OtherSLM Publishers, Patiala.
Publications
Publications
Publications

Project: Higher Education for Sustainable Development: Action Research
Goal: The project of Higher Education for Sustainable Development: Action Research has been collaboratively conducted by the teaching faculty of Babbar Akali Memorial Khalsa College, Garhshankar (144527) under the aegis of Institute for Environment Conservation Advocacy, Hyderabad (5000016). Under the project, Mr. Neeraj Virdi, Assistant Professor in Chemistry, of Babbar Akali Memorial Khalsa College, Garhshankar has presented on the topic of “Purifying Water: Advancing Clean Water & Sanitation Initiatives”, demonstrating his commitment to addressing water scarcity and sanitation challenges. The main objective of the project was the implementation of Root Zone Techonolgy for sustainable wastewater treatment, emphasizing its cost-effective and environmentally friendly nature. It highlights the benefits of this decentralized treatment approach, particularly in the context of green campus initiatives and community empowerment. The technology is showcased as a solution for enhancing water quality, promoting sustainability, and supporting the Sustainable Development Goals related to water and sanitation. Through the Root Zone Technology, effective treatment of wastewater is achieved without the need for extensive mechanical, electrical, or chemical equipment, making it a practical and efficient solution for various settings, including small towns, village resorts, and urban watershed management. The approach not only ensures high treatment standards but also contributes to water reuse and ecosystem preservation.
Current Stage: Completed
Starting Date:
Sponsored by: College Management
Projects

Two Days Conference on “Present Status of Higher Education in Punjab: Problems and Possible Solutions”
Organizer: Shiromani Gurudwara Parbhandak Committee, Sri Amritsar Sahib
Start Date: 02/10/2023 | End Date: 03/10/2023
Location: Giani Dit Singh Auditorium, at Baba Banda Singh Bahadur Engineering College, Sri Fatehgarh Sahib.
Role: Attendee
Conferences

Editorial Roles
Chemistry

Year: 2025
Reviewed Papers : 1
Reviewed Papers
Year: 2025
Reviewed Papers : 1
Reviewed Papers
Year: 2025
Reviewed Papers :
Reviewed Papers
Year: 2025
Reviewed Papers : 1
Reviewed Papers