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Vijay Shirole
The textile manufacturing sector has experienced unprecedented energy-related challenges in recent years due to volatile fuel markets, geopolitical instability, and increasing electricity prices. These developments have significantly influenced production costs and operational efficiency, particularly in developing economies. This paper analyses these impacts on India’s textile industry and proposes practical engineering strategies for improving energy resilience through renewable energy integration, process optimisation, digital energy management, and waste heat recovery.
Tanaji Kadam, Vijay Gawde, Vijay Shirole, Sammed Murchite
Textile industry being a major employment consuming industry in the country and also it has different activities across the value chain of fibre to fashion and their interlinking also is complex depending upon the business model used by various entrepreneurs.The manpower availability with right skills and its planning becomes critical and important forthe human resource department in a textile mill.The objectives, key steps, tools and techniques used in the process of manpower planning and assessment are explained in this paper. Also, this paper throws the light on work force behavioral aspects impacts on it and the challenges faced by the HR department in this process are discussed in this paper series part 1.
Pranali Dhiware
and lightweight frameworks. Aramid Fibers (such as Kevlar, Twaron, and Nomex), being high-performance fibers, have garnered lot of attention as a reinforcing material in polymer composites due to their remarkable properties, including low density and high temperature endurance. Nevertheless, their smooth and chemically inactive surfaces naturally limit matrix adherence and overall structural performance.
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