Author Profile
Senior Plant Engineer. 20 years in waste-to-energy plant operations — from maintenance to process optimization. Writes about the equipment and thermal systems that turn waste into energy. Published by Renewable Waste Energy.
5.1Mt of refuse-derived fuel cross EU borders yearly — almost all to cement kilns. Specs, RDF market price, chloride failures, and what the data implies through 2027.
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Metal recovery from waste streams captures ferrous and non-ferrous value before thermal conversion. Learn how eddy current separators and preprocessing boost facility economics.
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Debunking common myths about biochar from waste pyrolysis — from quality concerns to carbon credit viability and soil amendment effectiveness across climates.
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How pyrolysis-based waste conversion systems transform municipal and industrial waste into liquid fuel, syngas, and char — economics, process, and output yields.
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How pyrolysis converts municipal and industrial waste into syngas for power generation, hydrogen production, and chemical synthesis.
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How thermal desorption technology removes contaminants from soil at Superfund and brownfield sites, restoring land without destroying the soil matrix.
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How pyrolysis converts unrecyclable plastic waste into liquid fuel, syngas, and char — providing an economic and environmental alternative to landfilling or incinerating contaminated and mixed plastics.
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How modern waste conversion technology uses pyrolysis, radiant heat, and vortex pyrocore systems to transform waste into syngas, fuel, and char without incineration.
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Technical comparison of pyrolysis and incineration for waste treatment. Learn why oxygen-free thermal conversion produces cleaner outputs and fewer emissions.
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