20101224 · Chromite mining can create hostile conditions for organisms in the surrounding environment. Overburden soil and mine water samples were collected and analyzed for their microbial diversity, nutrient content, and water quality at the Boula-Nuasahi Mine. Most of the water parameters that were measured exceed national/international …
view more2013915 · Abstract Cr (VI) generated due to natural oxidation of chromite mineral present in chromite mine overburden (COB) dumps of Sukinda, India, has been characterized by different physico-chemical methods. The Cr (VI) was found to be associated with goethite matrix at a contamination level of 500 mg Cr (VI) kg −1 of COB.
view more2011117 · In Orissa, India, chromite deposits occur in a NE-SW trending belt as discontinuous pods associated with tectonically deformed and metamorphosed ultramafic rocks. Geological mapping and detailed geophysical survey (including gravity, magnetic, electrical, and electromagnetic methods) for exploring chromite were conducted in a 5 …
view more201931 · Lemon grass plants grown in Cr rich over burden soil of Sukinda chromite mine (India) countered Cr toxicity and oxidative stress with the production o…
view more2022810 · Toxicological assessment of CMQW generated due to chromite mining activities at Sukinda Valley has revealed high chromium contamination along with Zn and Fe. The present study focused on the mechanism of chromate reduction by an indigenous multi-metal tolerant bacterium, Rhizobium pusense CR02, isolated from CMQW. The …
view more202254 · ntity is also produced in Maharashtra. The method of exploitation of chromite in the areas includes both opencast and underground mining. Chromite outcrops generally are under overburden cover of 3 to 9 m. The overburden is generally soft, consists of aluminous laterite, murrum and laterite except in areas near the base of the Mahagiri …
view moreDey from mine seepage and contaminated sites of Brits, South Africa [27,29]. Thus the combined ability of chromate resistance as well as bioreduction of Cr (VI) to its nontoxic form by C. paurometabolum SKPD 1204 could be useful for detoxification of chromium in chromite mining sites in general and Orissa, India in particular. 5.
view more2013915 · Abstract Cr (VI) generated due to natural oxidation of chromite mineral present in chromite mine overburden (COB) dumps of Sukinda, India, has been characterized by different physico-chemical methods. The Cr (VI) was found to be associated with goethite matrix at a contamination level of 500 mg Cr (VI) kg −1 of COB.
view more2017826 · Abstract Sukinda chromite valley is one of the largest chromite deposits of the country and produces nearly 8% of chromite ore. It greatly con- tributes towards the economic development but at the same time deteriorates the natural environ- ment. It is generally excavated by opencast mining method. In the Su- kinda mining area, around …
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