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Solid waste generation in the industrial chemical sector: The effect of process change, potential for resource recovery, and cost of improved disposal

J. C. Saxton, Mary Kramer

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Abstract

This study characterizes the process-related solid wastes produced during the manufacture of industrial chemicals, SIC sector 281. Thirty three chemicals were identified that suffice to represent the entire sector in terms of solid waste generation. The criteria for selection were that the resulting solid waste: possess significant resource value, pose a difficult waste disposal problem, and/or have markedly deleterious properties, e.g., toxicity.

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What this paper is about

This study characterizes the process-related solid wastes produced during the manufacture of industrial chemicals, SIC sector 281. Thirty three chemicals were identified that suffice to represent the entire sector in terms of solid waste generation. The criteria for selection were that the resulting solid waste: possess significant resource value, pose a difficult waste disposal problem, and/or have markedly deleterious properties, e.g., toxicity.

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Available abstract

This study characterizes the process-related solid wastes produced during the manufacture of industrial chemicals, SIC sector 281. Thirty three chemicals were identified that suffice to represent the entire sector in terms of solid waste generation. The criteria for selection were that the resulting solid waste: possess significant resource value, pose a difficult waste disposal problem, and/or have markedly deleterious properties, e.g., toxicity.

Key concepts: Municipal solid waste, Waste management, Resource recovery, Resource (disambiguation), Industrial waste, Process (computing), Business, Waste treatment

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