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Plastic Pollution Recycling: A Case Study of First Marine Protected Area of Pakistan (Astola Island)
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This study examines plastic pollution and pyrolysis-based recycling at Astola Island, Pakistan, highlighting how plastic waste threatens the marine protected area's biodiversity including turtles and whales. Researchers found that applying zeolite catalysts in pyrolysis reactors can convert waste plastic into useful fuel products.
Astola Island is the first marine protected area of Pakistan acknowledged 2017, June 15. It is a rich biodiversity hotspot, Ramsar site inhabiting endangered species like Green turtle, Hawksbill turtle, and Arabian Humpback whale. A saw-scaled Russell’s viper is endemic to Island. Marine ecology of Astola Island is affected by plastic pollution resulting in coral destruction, ocean acidification, global warming, fishing nets blockage, water pollution, and coastal erosion. Zeolite catalyst synthesized from environmentally friendly way by coal fly ash to degrade collected plastic waste from Island into useful products in pyrolysis reactor. The synthesized catalyst functionalized further with three type of organosilane(1) Octyltriethoxysilane(OS),(2)Phenyltriethoxysilane(PS)(3)Vinyltriethoxysilane(VS).Zeolite functionalize with octyltriethoxy silane (ZO) shows the highest performance in plastic pyrolysis, resulting in lower degradation temperature, low residue and more product formation may be due to having long chain hydrocarbon and acidic sites. Plastic recycling is the promising solution to tackle plastic blooming issue. Which is negatively impacting all the compartments of ecosystem especially marine environment.
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Recycling of Plastic Waste by Using Pyrolysis Reactor: A Case Study of First Marine Protected Area of Pakistan (Astola Island)
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This paper describes a pyrolysis-based plastic recycling project at Astola Island, Pakistan's first marine protected area, where plastic pollution is threatening coral reefs and endangered species. The study presents a case for combining waste management technology with marine conservation in biodiversity hotspots.
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This review describes catalytic pyrolysis of plastic waste as a sustainable alternative to landfilling and incineration, detailing the steps required for an operational pyrolysis plant and reviewing recent advancements in catalyst selection. Products including fuels and chemical feedstocks can be recovered from non-recyclable plastic waste, supporting circular economy objectives.
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When a large batch of papers lands in the Atlas, we read through it and send a short write-up of what stood out.