The Mineralogical - Geochemical Characteristics And Industrial Usage Of The Orhaneli Olivine, Bursa, Northwest Anatolia

Society for Mining, Metallurgy & Exploration
Elif Çevik
Organization:
Society for Mining, Metallurgy & Exploration
Pages:
4
File Size:
201 KB
Publication Date:
Jan 1, 2005

Abstract

This study deals with the mineralogical-geochemical characteristics and the industrial usage of the olivine from the dunites that crop out on the west of the Topuk village (Orhaneli). Mineralogical compositions of non-altered dunite samples are averagely as: Olivine (>90%), serpentine (1-4 %), opaque minerals especially chromite, magnetite, pyrite (1-3 %), and secondary minerals as magnesite, chlorite (1-2 %). X-Ray Diffractograms of the dunite samples indicate that olivines are in forsterite (93 on an average) composition, and chlinochrysotile and lizardite accompany to the forsterite. Chemical analyses of the dunites show that MgO, SiO2, Fe-,03 and LOI contents vary from 40,99 to 50,2 %, 34,67 to 40,6 %, 6,8 tol3,7 %, 0,11 to 11,27 %, respectively. SE-TAT Mining Company states that the study area has 400.000.000 tonnes proved, 800.000.000 tonnes probable and totally 1.200.000.000 tonnes olivine reserve. Consequently, all studies indicate that Orhaneli Olivin has convenient mineralogical and chemical properties and the grain size (0.04-40 mm) for industrial usages such as abrasive, olivine sand products, steel slag conditioner, balast and covering material in industry: Orhaneli olivines are demanded especially from the firms related to refractory industry, iron-steel factories, naval forces and shipyards. SE-TAT Mining Company also exports these olivines to different countries such as Macedonian and Spain.
Citation

APA: Elif Çevik  (2005)  The Mineralogical - Geochemical Characteristics And Industrial Usage Of The Orhaneli Olivine, Bursa, Northwest Anatolia

MLA: Elif Çevik The Mineralogical - Geochemical Characteristics And Industrial Usage Of The Orhaneli Olivine, Bursa, Northwest Anatolia. Society for Mining, Metallurgy & Exploration, 2005.

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