Microplastic pollution has been discovered lodged deep in the lungs of living people for the first time. The particles were found in almost all the samples analysed.

The scientists said microplastic pollution was now ubiquitous across the planet, making human exposure unavoidable and meaning “there is an increasing concern regarding the hazards” to health.

Samples were taken from tissue removed from 13 patients undergoing surgery and microplastics were found in 11 cases. The most common particles were polypropylene, used in plastic packaging and pipes, and PET, used in bottles. Two previous studies had found microplastics at similarly high rates in lung tissue taken during autopsies.

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Advocates of sustainable energy and waste management have been critical of the King County Solid Waste Division’s apparent push to expand the landfill. In September 2021, the Institute for Energy and Resource Management issued a public statement calling the King County Solid Waste Division’s environmental impact statement a “boondoogle,” and accusing the county of “going through the motions but having the conclusion decided well before hand.”

President of the Institute for Energy and Resource Management, Philipp Schmidt-Pathmann, has been increasingly vocal in his criticism of the King County Solid Waste Division and what he believes has been a lack of investment in recycling infrastructure and systems improvements. He cited stagnate rates of recycling in the region over the years.

Schmidt-Pathmann also has expressed his disbelief in the county’s studies, which claim the possibility of high rates of methane recapture from the landfill. Schmidt-Pathmann believes that the county has overinflated the rates of methane that can be captured as a way of making a landfill look like a more viable and sustainable waste management method than he believes it truly is.

He expressed his skepticism regarding the county’s reported rates of methane capture in a letter to the director of the King County Solid Waste Division in November of 2021.

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“For many years I’ve been working in the field of toxic waste, toxicology, cancer, infectious diseases, and it always leads into the business of sewage sludge and other forms of toxic waste,” he said.

Last week, Honour spoke of the dangers in human sludge, especially from patients treated with chemo, a drug designed to kill human cells, as well as hospital wastes, bacteria, viruses, dioxins, PCBs, asbestos, industrial waste, heavy metals and other hazards.

“For some reason, in Washington state, we live under the delusion that growing our food in extremely toxic waste is good news and is beneficial to the economy because farmers get a break from buying very expensive commercial fertilizers,” Honour said. “But the costs to us in our county and our state are extraordinary.”
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February 17th 2022 In December of 2021, after months of questioning the King County Solid Waste Division (KCSWD) about their plans to expand the Cedar Hill Landfill, the Institute for Energy, Waste and Resource Management sent a challenge to the Director of the SWD. In it we took issue with their decision to expand, their claim of a recycling rate of better than 50%, their plans to improve that rate, their failure to take action on recommendations for improvement provided by consultant reports that they commissioned, and, last but most important, their claim that they capture more than 90% of the methane generated by the solid waste in the landfill. You can read the letter exchange here. For years we have heard from experts that capture of more than 50% is just not possible. The USEPA recently announced that methane from landfills is underestimated by a factor of two, and that methods for estimating emissions via computer models are outdated and based on faulty assumptions. And so, we issued a challenge: measure the methane escaping from the landfill, using proven, peer-reviewed technology, and see the results. We pointed out that this could be done for a very modest cost (less than $50,000) and in a very short time (less than amonth).  And it would show the County government, and the citizens and taxpayers, what is really happening. The letter we received in reply was non-responsive and condescending. It merely restated the claims that we had questioned, noted that the most recent Comprehensive Plan included goals for improvement (although not the improvements their consultants had recommended), and declined our challenge to measure, rather than estimate, the methane emissions, saying that the KCSWD was “following the procedures.” In other words, they didn’t care that recycling rates can’t be proven, that their collection methods decrease the amount of material fit for recycling, and that methane emissions are probably much higher than they claim. But they’re “following the procedures,” so everything is okay. Our response to this letter pointed out its errors and called out the SWD for its failures, particularly its failure to take the advice of its consultants to begin moving away from landfilling. Why is this important? For three reasons: 1.) The Environment. Municipal Solid Waste includes toxic materials and chemicals such…

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One sensitivity explored the comparison of adopting a 20 vs a 100-year time horizon. This clearly highlighted the large impact of methane emissions from landfills, in accordance with the recent IPCC report’s emphasis on the urgency to reduce GHG-emissions.

Another sensitivity investigated the CO2eq savings by energy recovery. The average electricity and heat mix of the European grid (and its evolution with a higher penetration of renewables in the future) is considered as default assumption for energy substitution. A sensitivity analysis with a marginal approach has also been developed which means that processes which recover energy from waste avoid the most carbon intensive conventional power generation technologies – fossil fuel sources. This sensitivity highlights even more the great contributions of energy recovery from waste in a decarbonisation perspective.

The waste management industry has cross-industrial interlinkages by making valuable waste-derived content available to the whole economy as secondary resources for material and energy uses.

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