HUMAN INTERFERENCES TO THE ENVIRONMENT, CONSEQUENCES AND CARE


Published: Jan 1, 2010
Keywords:
environment human interferences solid industrial and municipal wastes consumption of wastes
P. Lampropoulou
Th. Tzevelekou
D. Papamantellos
V Stivanakis
S. Papaefthymiou
Abstract

The need to restore the relationship of mankind with the environment led to the designation of measures, terms and processes worldwide for the prevention or reduction to the highest possible degree of the negative consequences to the environment ensuring a high level of protection of human health and the environment. It is general ascertainment that there is a big lack of objective information in Greece regarding the possibilities of modern science and technology for the treatment of Solid Industrial Wastes (SIW), Municipal Solid Wastes (MSW) and biological Sewage Treatment Plants (STP) products safely for the public health and the environment. In Greece the most significant sources of SIW are the big exploitations of “Mineral Ores”.On the contrary, the cement industries provide an important way out for the consumption of SIW like fly ash, red mud, et. A big percentage of the total amount of produced alloys of iron, copper, zinc and aluminium do not use “Mineral Resources” as raw materials but recycle scrap metals. At the end, the successful results of pyrometallurgical production of final products by SIW as well as the results of the production of new friendly to the environment and high technology refractory materials are given in this work.

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  • Industrial Minerals and Rocks
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References
Anagnostopoulos I., 2009. Utilization of solid by products resulting from lignite firing in the production
of lightweight aggegates. Thesis, University of Patras.
Directive 2008/98/EC of the European Parliament and of the Council of 19 November 2008 on waste
and repealing certain Directives.
Dourdounis E., 2003. Production of alumina cement by SIW. Thesis, University of Patras.
Heinz G., H. Brueggemann and B. Svenson of ALSTOM POWER BOILERS GmbH, Stuttgart and Vaxjo,
“Private communication”, 2005.
Karamoutsos S., 2004. Production of FeNi and FeV from the reduction smelting of residues resulting
from the PPC’S oil firing units for the electrical power generation. Thesis, University of Patras.
Lampropoulou P., 2003. Mineralogical composition and properties of basic refractories and new magnesia-
spinel compositions derived from magnesite of N. Evian. Thesis, University of Patras.
Papamantellos D.C., Papandreou N. A., Papaefthymiou S. A., Tzevelekou T. V.: Proposal for Recycling
and Energy Usage of Municipal Wastes in Greece, [in] Proc. of ISWA APESB “turing waste into
ideas” International Conference, Lisbon 12.-15.10.2009.
Papamantellos D. C., Themelis N. J., Tzevelekou Th., Karamoutsos S. “Proposal for Waste to Energy
implementation in Western Greece”, Solid Waste Management in Western Greece Prefecture Conference,
Patras, 25/02/2005.
Papamantellos D.C. “At the edge of renewable energy sources”, 2nd National Conference of Mechanical
and Electrical Engineers, 18/05/2007, Greece.
Papamantellos D.C., “Metallurgy and wastes – Metallic alloys, oxidic materials and energy” 3rd National
Conference on Metallic Materials, Patras, 5-6 Dec. 2007.
Papamantellos D.C., Heinz G., H. Brueggemann and B. Svenson in cooperation with S. Karamoutsos
and Th. Tzevelekou “Proposal for energy exploitation of Psyttaleia sludge by means of co-firing with
steam coal”, submitted to the Greek Ministries of Environment, Development in December 2004 and
PPC in March 2005.
Pontikes I., 2007. Utilization of red mud, the SIW from the production of alumina for the production of
bricks, tiles and as raw material in the production of cement. Thesis, Univ.of Patras.
Stivanakis V., 2003. Production of Greek type Portland cement by using fly ash, the SIW of PPC’S lignite
firing as a pozolanic material. Thesis, University of Patras.
Tzevelekou Th., 2004. Development of a process for recycling and producing new materials by reduction
smelting of gas cleaning systems dusts from the ferronickel industry. Thesis, University of Patras.
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