Bearing Industry Waste Management and Its Effects on the local Botanical Ecosystem
Keywords:
industrial waste, waste composition, waste trends, metal shavings, lubricants, wastewater, packaging waste, general manufacturing wasteAbstract
This research examines the approximate composition of industrial waste generated in a hypothetical facility located in Surendranagar District over a 20-year period (2002, 2012, and 2022). The data reveals notable trends in waste generation, shedding light on the facility's environmental and operational changes.
Over the two decades, various waste categories demonstrated distinct patterns. Metal shavings and dust exhibited a consistent increase, suggesting expanded metalworking activities. Lubricants and coolants saw growth, potentially due to machinery expansion. Wastewater generation remained relatively stable, indicating improved management or water use efficiency. Packaging waste nearly doubled, reflecting intensified product packaging or waste reduction challenges.
General manufacturing waste and electronic waste showed upward trends, correlating with increased production and technological advancements. Notably, chemical waste experienced a substantial rise, likely driven by process changes or stricter environmental regulations. Energy-related waste consistently grew, implying increased energy consumption or heightened energy waste management awareness. Understanding these trends is pivotal for the facility to formulate effective waste reduction and management strategies while minimizing its environmental impact.
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