Recent WtERT News
China Energy announced plans to build a WTE plant in Kiev, the Ukrainian capital, after signing a contract worth €210 million. The plant will process 1,500 daily tons using two units. China Energy will construct and provide operation and maintenance services. Estimated CAPEX: US$460/ton annual capacity.
Those of you who have not seen the film "Plastic Wars" (PBS Frontline, March 31, 2020; link below), please do: In a nutshell: Only some of the urban paper is worth recycling. The rest of the so-called recyclables should be left in the MSW going to WTEs where the contained metals are recovered as scrap metals. If the billions of dollars wasted annually in [...]
Please see attached flyer for our upcoming EEC/WTERT/ASME Conference to be held at CCNY on October 22nd & 23rd, 2020. We will be opening a call for abstracts shortly so please visit out website for updates. We ask that you forward this announcement to anyone you think will be interested to attend.
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Gasification Growing in Waste Processing" (2020/02/07/the-future-of-waste-to-energy-technology.html). Please see the attached link to an interview with me by Katerina Ploumidaki, published in Ethnikos Kirikas (National Herald) of the US/UK last June. Hello K., further to our earlier correspondence, I finally found more tangible information on Sierra Energy and other Gasification processes in the CNBC documentary. It is well done and mentions three processes that have spent , in [...]
Responses by Prof. Nickolas Themelis to questions on WTE and landfilling posed by Waste Dive reporter.
Question: Dr. Themelis, Thank you very much for passing this along. The thesis seems to be comparing the health and environmental effects of WTE as compared to landfilling, in which it is determined to be less harmful. However, most of the experts I talk to who are against WTE are in favor of a "zero waste" system that integrates reduction, reuse and recycling as well [...]
Municipal (MSW) and other solid wastes contain carbon and hydrogen which, when reacted with oxygen. produce heat. This can be done 1) by controlled combustion of the wastes and using the heat of combustion for generating electricity or for heating. 2) By gasification, whereby partial combustion plus external heating (electricity or fossil fuel) are used to produce a "syngas", consisting of carbon monoxide and hydrogen plus [...]
WtERT-Chile (http://www.wtert.cl) contributed to the report Rojas M., P. Aldunce, L. Farías, H. González, P. Marquet, J. C. Muñoz, R. Palma-Behnke, A. Stehr y S. Vicuña (editores) (2019). Evidencia científica y cambio climático en Chile: Resumen para tomadores de decisiones. Santiago: Comité Científico COP25; Ministerio de Ciencia, Tecnología, Conocimiento e Innovación. http://www.minciencia.gob.cl/sites/default/files/tmp/resumen_mesas_23.pdf . This report was submitted by a large group of Chilean scientists to Chile's Ministry of Science & Technology at COP25. Prof. [...]
"A call for Papers in Special Issue of Applied Sciences, titled "Advances in Industrial Waste Reduction" by Prof. Psomopoulos of WtERT-Greece". Dear Colleagues, I would like to draw your attention to Special Issue "Advances in Industrial Waste Reduction" to be published in the open-access journal MDPI Applied Sciences IF 2.217, see: https://www.mdpi.com/journal/applsci/special_issues/Industrial_Waste_Reduction. As you have published many interesting papers related to this topic, we sincerely invite you [...]