Implementation of best available techniques in the sanitation of relict burdens

Božek, František; Komár, Aleš; Dvořák, Jiří; Obermajer, J

doi:10.1007/s10098-009-0217-4

Cited by 3 publications

(1 citation statement)

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“…Therefore, this remediation method is applicable on the premises of abandoned coke plants, refineries, gasworks, chemical plants and warehouses. Among the known THERMOGRAVIMETRIC ANALYSIS AS SIGNIFICANT TOOL 815 remediation projects based on the method of thermal desorption belong the rehabilitation of a locality polluted in the course of manufacturing and handling of pesticides (Georgia) (US EPA 2005), the decontamination of a plant manufacturing adhesives and rubber (New Jersey) (US EPA 2003), a rehabilitated area polluted during the manufacturing of pesticides (Tennessee) (US EPA 2000), the decontamination of an abandoned coke plant Karolina in Ostrava (Czech Republic) (Cizkova et al, 1998), and the decontamination of pollution with dioxins in Spolana, Neratovice (Czech Republic) (Přibyl et al 2007;Bozek et al 2010).…”

Section: Introductionmentioning

confidence: 99%

Thermogravimetric analysis as significant tool for suitability assessment of solid waste destined for processing by thermal desorption

Hendrych

Kubal²,

Ederová³

2014

Global NEST Journal

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Thermogravimetric analysis combined with a mass spectroscopy detector was used to study the thermal stability of solid materials earmarked for processing by thermal desorption (for example during the amelioration of environmental damage). The objective of the study was to verify the applicability of thermogravimetric analysis as a simple and fast tool capable of providing basic information about the behavior of a particular solid material during its heating to a given temperature. Samples of materials representing the spectrum of solids customarily treated during environmental remediation (soils, bricks, and concrete) were used as the model solid matrices. The measurements demonstrated a high informative power of thermogravimetric analysis, which may help predict many technologically important aspects of the thermal desorption process.

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Section: Introductionmentioning

confidence: 99%