Experimental and Theoretical Studies of the Vibrational Spectra of 4-chloro-2-Bromoaniline

摘要

Increasing levels of agricultural waste, water pollution and energy crisis led us to integrate the process of water remediation with agricultural waste and generation of renewable energy for sustainable growth of society. Present paper deals with removal of metal ions on bio-adsorbent and generation of bio-energy from discarded generated by the process. Adsorption of copper (II) on nano- sized tea waste was done using flame atomic absorption spectroscopy. Effectiveness of tea waste for copper removal was 91.98% and used tea waste after adsorption produced 58.08% methane. Adopted approach presents suitable and sustainable route to grow the society, maintaining environmental ethics and compensating energy demand, initiating Waste-Metal-Biogas (WMB) technology for scaled up processes.