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Ravindra Mahajan1, Amol Kale2, Sopan Ingle3, Pramod Mahulikar1*, Sunil Kumar Sahoo4

Abstract:
Groundwater is essential for sustainable development, serving as a key element in environmental resilience and meeting human needs.This study assesses radiological and chemical risks associated with uranium concentrations in drinking water in Jalgaon district. The research explores various water quality parameters, including uranium concentrations, and calculates ECR, Lifetime Average Daily Dose (LADD), and Hazard Quotient (HQ) for different age groups and seasons. Pearson correlation analysis reveals significant associations between pH, TDS, EC, nitrate, and other constituents. Using Inverse Distance Weighting, spatial distribution mapping illustrates variations in water quality parameters across geographic areas. Results indicate notable correlations between uranium concentration and salinity, with higher concentrations in the western region during the pre-monsoon season. Conversely, post-monsoon values suggest lower concentrations, potentially due to groundwater dissolution. These findings contribute valuable insights for policymakers and environmental stakeholders in addressing potential health risks of uranium in the Jalgaon district's drinking water.


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2

Naresh Babu Mallampati, Namita Massey

Abstract:
The urgent need for sustainable development has driven researchers and industries worldwide to seek environmentally friendly alternatives to conventional materials. One promising solution is fungal mycelium-based materials, which offer remarkable potential for creating biodegradable, eco-friendly products that can address the growing environmental challenges, especially in developing economies like India. Fungal mycelium, the root-like network of fungi, is a versatile biomaterial that can be cultivated on agricultural waste, thereby promoting a circular economy (Haneef et al., 2017).


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3

ALEXIE ALEX

Abstract:
Diabetic Peripheral Neuropathy, or DPN for short, is one of those really tough complications that can come with Type 2 Diabetes Mellitus (T2DM). It's no joke. The symptoms can really mess with a person’s life—think pain, tingling, muscle weakness, and even sensory loss. It’s not just about physical issues, either; it can take a toll on mental health and social connections too. Sure, keeping blood sugar levels in check is super important for managing diabetes, but it doesn’t cover everything that people with DPN are dealing with. Research is increasingly


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4

Mr.Ganesh Appa Bhaskar

Abstract:
This research paper delves into the dynamic intersection of traditional craft techniques and contemporary product design, emphasizing how artisanal knowledge, cultural heritage, and material innovations are being reinterpreted and adapted in today’s design landscape. Crafts, often rooted in centuries of practice, embody local wisdom, sustainability, and cultural narratives that go beyond functional utility. Cultural studies, and practical case analysis, this paper critically investigates the ways in which craft traditions are integrated into modern design practices. The study highlights the unique benefits of this integration, including enhanced sustainability through the use of eco-friendly and durable materials, deeper user attachment fostered by emotional and cultural connections, and the reinforcement of cultural identity in a globalized design economy. At the same time, the paper acknowledges pressing challenges such as the difficulty of scaling handcrafted production to meet industrial demand, issues of intellectual property and fair recognition for artisans, and the risk of over-commercialization that dilute cultural significance. The research advocates for a balanced, respectful approach wherein traditional craft wisdom and contemporary design methodologies co-exist, ensuring cultural preservation, ethical collaboration, and innovative outcomes that resonate with both local and global markets.


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5

Ekta Kumari1 Prof. (Dr.) Shyamvir Singh2

Abstract:
The ever-increasing consumption of fossil fuels as well as the skyrocketing price of those fuels have given rise to serious concerns regarding the rapid depletion of existing reserves of fossil fuels as well as the associated alarming emissions of greenhouse gases and pollutions in the air and on the soil. As a result, it is necessary to research and create methods of energy generation and storage that are kind to the natural world. Recently, there has been a significant amount of focus placed on the development of energy-storage devices such as electrochemical supercapacitors and batteries. This emphasis has been particularly intense. Electrochemical supercapacitors (ESCs) are capable of generating power density that is between 100 and 1000 times higher than that of batteries, although having an energy density that is between 3 and 30 times lower. Because of this, ESCs are particularly helpful for high-power bursts, such as when accelerating or breaking in high-speed transit systems. In addition, due to the chemical-free nature of the electric double-layer charge storage utilised by ESCs, these devices are capable of withstanding up to millions of charge and discharge cycles. In contrast, during the charge and discharge cycles of a battery, excessive redox reactions cause the active materials in the electrodes to expand, leading to volumetric modulation. Batteries also suffer from this swelling. Therefore, in terms of dependability, supercapacitors are a far better alternative than batteries.


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