Refuse incinerators in industrial areas (pro and contra)
Hahn, J.
Gesundheitswesen 56(10): 567-573
1994
ISSN/ISBN: 0941-3790 PMID: 7803963 Document Number: 424063
Update refuse incineration plant is meanwhile available as complete residue utilisation and recycling plant at reasonable waste disposal cost. Residual refuse of unknown composition is transformed into defined raw materials. The resulting "products" of such high-temperature treatment plant are energy, glass slake, gypsum, hydrochloric acid and metal fractions that can be re-introduced, i.e. recycled, into the cyclic process applicable to raw and engineering materials.
Document emailed within 1 workday
Related Documents
Maier, F. J. 1940: Refuse Materials: Classification of Refuse Materials, Definitions, Characteristics, Quantities ProducedAll in Relation to the Problem of Refuse Collection American Journal of Public Health and the Nations Health 30(10): 1243-1243Demopoulos, H.B.; Gutman, E.G. 1980: Cancer in new Jersey and othercomplex urban/industrial areas Journal of Environmental Pathology and Toxicology 3(Special Issue 4): 219-235
Iudina, T.V.; Gladkov, S.I.; Fedorova, N.E.; Egorova, M.V. 2003: Methodological aspects of gas-mercury monitoring of non-industrial areas Gigiena i Sanitariia 1: 66-68
Koval'chuk, I.I. 2009: Assessment of human health in the areas adjacent to a large industrial center Gigiena i Sanitariia 3: 60-63
Savilov, E.D.; Shcherbakova, E.B. 2003: Acute intestinal infections in children in areas with industrial environmental air pollution Gigiena i Sanitariia 4: 6-8
Usatova, E.A. 1985: Immunoglobulin a level in the saliva of children living in areas of industrial air pollution Gigiena i Sanitariia 2: 89-90
Barmin, I.Ia.; Chebotar'kova, S.A.; Pogudin, V.V. 2007: Experience in rehabilitating children living in the poor environmental areas of a large industrial center Gigiena i Sanitariia 2007(3): 56-58
Maksimov, G.G.; Churmantaeva, S.K.; Timasheva, G.V.; Makar'eva, L.M. 1995: Possibilities of the use of oxymethacil as an antioxidant in the prevention of intoxication in industrial surroundings and ecologically unhealthy areas Meditsina Truda i Promyshlennaia Ekologiia 1995(12): 14-17
Shtannikov, E.V.; Akimov, A.M.; Rozhnov, G.I.; Orlov, A.A. 1973: Hygienic evaluation of the quality of water desalinized at industrial electrodialysis plants in rural populated areas Gigiena i Sanitariia 38(11): 23-27
Prusakov, V.M.; Verzhbitskaia, E.A. 1999: Quantitative evaluation of ecologically determined health risk among the population of industrial areas (on the example of the city of Angarsk) Meditsina Truda i Promyshlennaia Ekologiia 5: 12-20
Wodniecki, J.; Knychalska-Karwan, Z.; Dyras, M.; Gawrzewska, B.; Michalik, B.; Szafraniec, I. 1981: Enamel, periodontium and oral mucosa in individuals from areas contaminated by industrial gases and dusts containing fluorine compounds Folia Medica Cracoviensia 23(3-4): 369-373
Ashkenazy, V.O.; Zaks, I.A.; Oborin, I.I. 1977: Statistical evaluation of the relationship between the maximum permissible concentration of gases in the air of the populated areas and that of the working zone of industrial plants Gigiena i Sanitariia 10: 74-75
Istomin, A.V. 1994: Rationing and state of food services in industrial facilities of areas exposed to consequences of Chernobyl nuclear plant accident Gigiena i Sanitariia 4: 37-38
Chen, J. 2020: Research on the Effect of Industrial Structure Upgrading on Poverty Reduction- Grouped Data Based on Household Income in Urban and Rural Areas Open Journal of Social Sciences 08(04): 600-615
Mora-Figueroa, J.F. 1977: Lead air pollution in industrial areas. IV. Evaluation of laboratory methods to determine traces of lead in human tissues Gaceta Medica de Mexico 113(5): 224-226
Knebusch, R. 1996: Dioxins, furans, biphenyls and other chlor-organic compounds in breastmilk of women downwind of incinerators--a comparative study in Kehl/Strassburg Roczniki Panstwowego Zakladu Higieny 47(1): 123
Bartolini, F.; Bolognini, M.; Burgio, E.; Cigala, F.; Franchini, M.; Filippazzo, G.; Galassi, A.; Generoso, M.; Gennaro, V.; Gentilini, P.; Laghi, F.; Marfella, A.; Migaleddu, V.; Panizza, C.; Petronio, M.G.; Pittini, L.; Raffelli, R.; Rasconi, G.; Ridolfi, R.; Romanini, A.; Romizi, R.; Rosetti, D.; Timoncini, G.; Tomatis, L.; Tonelli, B.; Vantaggi, G.; Vicentini, V. 2008: Incinerators, public health, financial interests: what some health professionals think Epidemiologia e Prevenzione 32(1): 8-11
Trakhtenberg, I.M.; Mirkova, E.T.; Azarova, M.M.; Kynev, G.I.; Kostov, V.P. 1971: Current problems of industrial hygiene, occupational diseases and industrial toxicology in Bulgaria Gigiena i Sanitariia 36(4): 85-90
Dzhavakhadze, R.D.; Saakadze, V.P.; Tsereteli, M.N.; Rokva, V.A.; Gvinerina, I.S. 1998: The results of and outlook for scientific research on industrial medicine and industrial ecology in Georgia Meditsina Truda i Promyshlennaia Ekologiia 7: 31-35
Agarwal, R.; Shirke, A.; Panackal, N. 2020: Enablers of the Collective Bargaining in Industrial Relations: a Study of India's Industrial Policies Through ISM and MICMAC Analysis The Indian Journal of Labour Economics 63(3): 781-798