Published Paper Details:

The goal of this study was to use coir pith and coconut shell as activated carbon to treat landfill leachate for waste water treatment. The purpose of this experiment is to see whether coconut shell could be used to make effective activated carbon. Activated carbon is a common adsorbent in the pollutant removal process. Cotton stems are used in the production of activated carbon in part because they are plentiful in the Vidarbha region and are a common sort of agricultural waste. If this coconut shell can be used to make high-quality activated carbon. Agriculture wastes could be recycled into usable materials. Activated carbon is useful in the filtration of drinking water because it works as an adsorbent, efficiently removing particles and organics. Environmental hazards and disposal were addressed by treating wastewater with fly ash. The treatment bed was made up of three layers of sand, fly ash, and pebbles. Batch adsorption methods employing coconut coir pith activated carbon powder were used to remove copper (Cu) from a Cu electroplating company's effluent (CCPACP). Ac's is used in the treatment of water, wastewater, and leachate in many nations, mostly to polish the color, reduce odor, and remove certain heavy metals. It may be created from agricultural waste such as rich husk, palm oil shells, and coconut shells, and is affordable and readily available. The AC possess huge adsorptive characteristics because to its thin and porous structure, as well as its exceptionally large particle surface area (>1000m2/g). As a result, AC-based adsorption has been discovered to be a potential method to remove pollutants from aqueous solutions. This paper could be research on landfill leachate treatment. Landfill leachate has the potential to be a severe environmental polluter. Leachate is a poisonous black liquid that is released by landfills and dump yards. The leachate could be a poisonous black liquid containing dissolved and suspended materials from the landfill. A ?ltration process that uses marine sand and ash filter beds, followed by heavy metal removal with activated charcoal powder, is included in the literature review, and the final result might be a filtration technique for treating landfill leachate.