2016 1(17)

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Pages:

3 - 11

Language:

RU

Ref.:

17


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INTEGRAL PROCESSING OF THE OPERATION WASTE PRODUCED BY THERMAL POWER STATIONS OF PRIMORSKY REGION

doi:10.23877/MS.TS.25.001

Shamray E.I.1, Taskin A.V.2, Ivannikov S.I.1, Yudakov A.A.1

1 Institute of Chemistry FEB RAS, Vladivostok, Russia
2 Far Eastern Federal University, Vladivostok, Russia


Citation:

Shamray, E.I., Taskin, A.V., Ivannikov, S.I. and Yudakov, A.A., (2016) Integral processing of the operation waste produced by thermal power stations of Primorsky region, Modern Science: Researches, Ideas, Results, Technologies, Iss. #1(17), PP. 3 - 11. doi: 10.23877/MS.TS.25.001.


Keywords:

technogenic deposits of gold; wastes energy industries; ash and slag; complex processing of mineral raw materials; fine gold; iron concentrate; coal underburning


Abstracts:

Ash dumps of thermal power plants of Russian Federation Far-east region were investigated. High concentration of Au and Ag were determined.
It was defined chemical and mineral content of waste samples from these ash dumps. Evaluation of possibilities of the ash dumps content integral processing was executed. It was shown that Au particles can concentrate in heavy and light non-magnetic fractions. It is shown that materials of the ash dumps separation processes can be used in different industrial applications.
Laboratory equipment for microdispersed concentrated Au extracting from the ash dump was developed. Economics advisability and perspective were defined.
It was shown that integrated processing of ash dumps with valuable and different useful mineral elements extracting decreases of payback period of technology implementation.


References:

  1. Sukhov P.A. Osnovniye tendencii na mirovom rynke energeticheskih ugley [The main tendencies in the global market of energy coals] // Delovoy ezhenedelnyk. - 2005. - №1 (347)/ - pp. 58-61

  2. Alekseyko L.N., Taskin A.V. O komlpeksnoy pererabotke zoloshlakovykh othodov energetiki [Complex recycling of ash and slag waste of energy enterprises]/ L.N. Alekseyko, A.V. Taskin // Ecology and development of society: papers of IX international conference. - Saint Petersburg: International academy of ecology, human’s and nature’s safety sciences [Mezhdunarodnaya akademia nauk ekologii, bezopasnosti cheloveka y prirody], 2005. - pp.12-21.

  3. Leonov S.B., Fedotov K.V., Senchenko A.E. Promyshlennaya dobycha zolota iz zoloshlakovykh othodov energetiki [Industrial gold extraction from ash and slag disposal areas of TPPs]// Gornyy zhurnal. - 1998 - №5. - pp.67-68

  4. Sorokin A.P. Strategiya razvitiya toplivno-energeticheskogo potenciala dalnevostochnogo economicheskogo rayona do 2020 g. [Far Eastern economic region fuel-energy development strategy up to 2020]. - Vladivostok: Dalnauka, 2011. - 111p.

  5. Energeticheskaya strategiya Rossii na period do 2020 goda: utverzhdena rasporyazhenyem pravitelstva Rossiyskoy Federatsyy №1234-р ot 28.08.2003 [Russian Federation energy strategy up to 2020: approved by government edict №1234-р as of 28.08.2003]. - Moscow: GU IES. - 2003. - 136 p.

  6. Lavrick N.A., Litvinova N.M. Mikromineralnaya sostavlyayushchaya burykh ugley I zoly Ushumunskogo I Sutarskogo mestorozhdeniy (yug Dalnego vostoka) I perspektyvy ispolzovaniya [Micromineral content of brown coal and ashes of Ushumunskoe and Sutarskoe deposits (South of Russia’s Far East) and prospects of using] // Vestnik ZabGU. 2015. − № 03 (118). - pp. 39−47.

  7. Ivanenko, V.V., Metelev A.Yu., Slavkina T.V., Hiev N.V. Instrumental neutron activation determination of rare earth, noble and other elements in mineral raw materials of the Socialist Republic of Vietnam // J. Radioanal. Nucl. Chem.A. - 1988. - 1(122). - P.35-41.

  8. Shilo N.A., Ippolitov E.G., Ivanenko V.V., Kustov V.N., Zheleznov V.V., Aristov G.N., Shtan A.S., Ivanov I.N., Kovalenko V.V., Kondrat'ev N.B. Instrumental neutron activation determination of gold in mineral raw materials using a californium neutron source // J. Radioanal. Nucl. Chem. - 1983. - V. 79. - P. 309-316.

  9. Borisenko M.K. Kompleksnoye ispolzovaniye zoloshlakovykh othodov [Complex using of ash and slag waste] // Energeticheskoye stroytelstvo. - 1993. - №1. - pp.37-40

  10. Dubov I.V., Borisenko V.K. Organizatsionnye aspekty utilizatcii zoloshlakovykh othodov [Organizational aspects of ash and slag waste utilization]// Rossiyskiy khimicheskiy zhurnal [Russia chemistry journal], XXXVIII. - 1994. - №5.

  11. Bernatskiy A.F.m Mikheev V.P. Novye materialy I izdeliya na osnove zoloshlakovykh othodov [New materials and production made from ash and slag waste] // Ekologiya energetiki [Energetics ecology]: materials of international conference. - M.:-2000 - pp.213 - 215

  12. Evtushenko G.A. et al. Novye tekhnologiy pererabotky zoly [New technologies of ash recycling]// [Energetics ecology]: materials of international conference. - M.:-2000 - pp.241 - 244

  13. Ferone C., Colangelo F., Messina F., Santoro L. ioffi R. Recycling of Pre-Washed Municipal Solid Waste Incinerator Fly Ash in the Manufacturing of Low Temperature Setting Geopolymer Materials // Materials. - 2013 - Vol. 6. - No 8. - P. 3420-3437.

  14. Ehsan ul Haqn, Sanosh K.P., Licciulli A. Synthesis and characteristics of fly ash and bottom ash based geopolymers -A comparative study // Ceramics International. - 2014. - Vol. 40. - No 2. - P.2965-2971.

  15. Lyazat A. Process Parameters of Production of Non-Autoclaved Aerated Concrete on the Basis of Complex Use of Ash and Gypsum-Containing Wastes // Mediterranean Journal of Social Sciences. - 2014. - Vol.5. - No 23. - P.2565-2571.

  16. Inampudi, N.M., Nallabelli A.B., Jinugu B.R. Comparative Studies on Microstructure and Mechanical Properties of Granulated Blast Furnace Slag and Fly Ash Reinforced AA 2024 Composites // Journal of Minerals and Materials Characterization and Engineering. - 2014 − Vol. 4. - No 2. - P. 319-333.

  17. Predeanu G., Volceanov E, Abagiu T.A. Evaluation of ash utilization as a reuse material for the ceramic industry // Proceedings of the 2nd International Conference Advances in Environment Technologies, Agriculture, Food and Animal Science, Brasov, Romania. - 2013 - P. 224-229.

 

 
     

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