Global Nano Awards

Using Nanotechnology to Improve Indoor Air Quality Emerging research on the use of nanotechnology for increasing indoor air quality (IAQ) has included developments in the removal of indoor air pollutants and volatile organic compounds. Significance of Indoor Air Quality Indoor air pollution is one of the top five environmental issues that have been ranked by studies undertaken by the science advisory board within the Environmental Protection Agency (EPA) in the United States. This type of pollution is a result of burning solid fuel sources, which can consist of firewood, crop waste, or dung for applications such as providing heat and cooking. The World Health Organization (WHO) has regarded IAQ to be the world’s largest environmental risk as a singular factor, with this type of pollution being responsible for 4.1% of global deaths. The common pollutants that contribute to IAQ consist of carbon dioxide, nitrogen oxide, volatile organic compounds (VOC), polycyclic aromatic hydrocarbons (...

International Conference on Advanced Nanomaterials and Nanotechnology 2nd Edition of NANO | 23-24 January 2023| New Delhi, India (Hybrid) Visit : https://nanotec hnology-conferences.sciencefather.com #Nanocomposites #Nanomagnetism #NanomaterialsforEnergy #Nanobiotechnology #Nanotheranostics #Nanomaterials #Nanotechnology

International Conference on Advanced Nanomaterials and Nanotechnology 2nd Edition of NANO | 23-24 January 2023| New Delhi, India (Hybrid) Visit : https://nanotec hnology-conferences.sciencefather.com #Nanocomposites #Nanomagnetism #NanomaterialsforEnergy #Nanobiotechnology #Nanotheranostics #Nanomaterials #Nanotechnology

International Conference on Advanced Nanomaterials and Nanotechnology 2nd Edition of NANO | 23-24 January 2023| New Delhi, India (Hybrid) Visit : https://nanotec hnology-conferences.sciencefather.com #Nanocomposites #Nanomagnetism #NanomaterialsforEnergy #Nanobiotechnology #Nanotheranostics #Nanomaterials #Nanotechnology

       Nanotechnology Utilized in New Enhanced Oil Recovery Method A   novel enhanced heavy oil recovery approach was presented by integrating a conventional weak alkaline (sodium carbonate) alkaline–surfactant–polymer (ASP) flooding technique with silica nanoparticles. This innovative approach has the potential to improve oil recovery, minimize costs of chemical agents, and eliminate alkali deposits and formation erosion. The Need for Enhanced Heavy Oil Recovery With the development of traditional reservoirs in their latter stages, the water content in generated fluids stays large, culminating in a fast drop in reservoir output. After secondary production, fewer than 15% of the natural reserves were retrieved because the undesirable oil-water movement ratio during injection, wettability of reservoirs, and heterogeneous nature. As a result, it is critical to apply modern technologies to the currently exhausted reservoirs. The use of...

International Conference on Advanced Nanomaterials and Nanotechnology 2nd Edition of NANO | 23-24 January 2023| New Delhi, India (Hybrid) Visit : https://nanotec hnology-conferences.sciencefather.com #Nanocomposites #Nanomagnetism #NanomaterialsforEnergy #Nanobiotechnology #Nanotheranostics #Nanomaterials #Nanotechnology

  What is Ferroelectricity and How Does it Apply Nanotechnology? The growing attempt to incorporate nanotechnology with electronics has resulted in the realization of emerging conceptual components and devices based on ferroelectric materials, such as transistors, memristors, capacitors, and many others. What is Ferroelectricity? Opposite charges are attracted to one another and desire to combine in most materials, including metals. Their only movement is caused by the application of an electric field, which causes them to move to the opposite sides. However, in ferroelectric materials, an external electric field is not required to maintain the separation of charges, resulting in spontaneous polarization. The application of an external electric field, on the other hand, has an effect: an electric field in the opposite direction causes the charges to switch sides and reverse the polarization; an electric field in the same direction causes the charges to switch sides and remain polar...