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Chlorine exposure, treatment

No antidote exists for chlorine exposure. Treatment consists of removing the chlorine from the... [Pg.160]

In addition the role played by the sorbent on which the chromatography is carried out must not be neglected. For instance, it is only on aluminium oxide layers and not on silica gel that it is possible to detect caffeine and codeine by exposure to chlorine gas and treatment with potassium iodide — ben2idine [37]. The detection limits can also depend on the sorbent used. The detection limit is also a function of the h/ f value. The concentration of substance per chromatogram zone is greater when the migration distance is short than it is for components with high h/ f values. Hence, compounds with low h/ f values are more sensitively detected. [Pg.33]

The sensitivity of Magnetic Resonance (MR) to the local concentration, molecular dynamics and molecular environment of these nuclei make it well suited for the study of deterioration processes in concrete materials. Hydrogen (water), lithium, sodium, chlorine and potassium are all MR sensitive nuclei and play an important role in cement chemistry. The ability of MRI to spatially resolve and non-destructively examine test samples as a function of treatment or exposure has the potential to provide new insight to better understand deterioration mechanisms and mass transport properties of concrete materials. [Pg.285]

Eurker PA, Clark CS, Elia VJ, et al. 1983. Worker exposure to chlorinated organic compounds from the activated-sludge wastewater treatment process. Am Ind Hyg Assoc J 44 109-112. [Pg.276]

Letterman RD (ed) (1999) Water quality and treatment A handbook of community water supplies, 5th ed., Amer. Water Works Assoc., McGraw-Hill, New York Lijinsky W, Epstein SS (1970) Nitrosamines as environmental carcinogens. Nature 225 21-23 Lin S, Marshall EG, Davidson GK (1994) Potential parental exposure to pesticides and hmb reduction defects. Scand J Work Environ Health 20 166-179 Linak, E, Lutz, HJ, Nakamura E (1990) Chlorinated Solvents. In Linak E, Lutz HJ, Nakamura E, C2 chlorinated solvents, chemical economics handbook, Stanford Research Institute, Menlo Park, CA, pp. 632.30000a-632.3001z Lindsay WL (1979) Chemical equilibria in soils. John Wiley, New York... [Pg.382]

Examination of 13 individuals 5 years after they were occupationally exposed to a chlorine dioxide leak revealed sensitivity to respiratory irritants and nasal abnormalities. Delayed deaths occurred in animals after exposure to 15 0-2 00 ppm for less than 1 hour. Rats exposed daily to 10 ppm died after 10-13 days of exposure effects were nasal and ocular discharge and dyspnea autopsy revealed purulent bronchitis. Another study reported that two to four 15-minute exposures to 5 ppm for 1 month did not alter the blood composition or lung histology of rats similar exposures to 10-15 ppm caused bronchitis, bronchiolitis, catarrhal alveolar lesions, and peribronchial infiltration. Lesions healed within 15 days after treatment. Rats and rabbits exposed for 30 days to 5 or 10 ppm (2 hours/day) had localized bronchopneumonia with elevated leukocyte counts slight reversible pulmonary lesions were found after exposures of 2.5ppm for 4-7 hours/day. No adverse reactions were... [Pg.140]

Apparent photosynthetic rates in plants subjected to SO2 or NO exposures with constant pollutant concentrations, as illustrated in Figure 1, characteristically dropped rapidly upon initiation of treatment to new depressed equilibrium levels which could be maintained for several ho irs. Hydrogen fluoride, conversely, caused CO2 uptake rates to decline more gradually during fumigation. Chlorine, O3 and NO2 exposures induced inhibition rate responses which were intermediate between these... [Pg.119]

This section will describe clinical practice and research concerning methods for reducing toxic effects of exposure to chlorine dioxide or chlorite. However, because some of the treatments discussed may be experimental and unproven, this section should not be used as a guide for treatment of exposures to chlorine dioxide or chlorite. When specific exposures have occurred, poison control centers and medical toxicologists should be consulted for medical advice. Standard texts that discuss treatment of toxicologic emergencies contained no information concerning chlorine dioxide or chlorite. [Pg.78]


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