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A Cleaning of Internal Surfaces of Bunkers Without the Presence of Operating Personnel Inside the Bunker


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Kazakevich M.I., Bannikov D.O., 2002 Main Causes of Accidents in Rigid Steel Bunkers and Low Silos // Metal Constructions Vol.5. – No.1. – P.59–66. Search in Google Scholar

Bannikov D.O., 2011 Main Causes of Accidents in Rigid Steel Bunkers and Low Silos // Metallurgical and Mining Industry No.5. Search in Google Scholar

Bibik M.V., Bibik V.M., Ulchenko R.M., Bibik I.O., 2014 Classification of Accidents and Damages to Steel Silos, Collection of scientific works (branch mechanical engineering, construction). Issue 1(40) PoltNTU. – P.175-183. Search in Google Scholar

Krylov I.I., Shevtsov Yu.P., 1983 Classification of Causes of Failures of Steel Structures of Industrial Buildings and Structures, Izv. universities: ser. Construction and Architecture, No.11. – P.16-19. Search in Google Scholar

x x x, 2009 STP 0910.37.409.09 Standard of the State Production Association “Belenergo”. Mechanical and Chemical Cleaning of Heat Exchangers. – Minsk: RUP “Bel TEI” Search in Google Scholar

Sheremet V.O., Karakash O.I., Marunchak V.F., et al., 2003 Occupational Safety in the Mining and Metallurgical Enterprise: textbook / Dnipropetrovsk: IMA-press, 339 p. (Part III Coking and Agglomeration Complexes). Search in Google Scholar

Sheremet V.O., Karakash O.I., Marunchak V.F. et al., 2005 Handbook for the Manager and Specialist of the Mining and Metallurgical Enterprise on Labor Protection: Educational Manual. – Dnipropetrovsk: PP “Lira LTD”, 850 p. Search in Google Scholar

Shapovalov V.A., Lyashenko V.I., 2023 How to Ensure Uninterrupted and Self-Flowing Unloading of Bulk Materials from a Bunker without Endangering Workers / Labor Protection. – No. 3. — P. 30–45. Search in Google Scholar

x x x Cardox International Limited Systems // https://cardox.co.uk/ // Cardox – YouTube Search in Google Scholar

x x x Gironet System (https://www.standard-industrie.com/en/gamme/gironet/) Search in Google Scholar

x x x Martin Engineering Bunker Cleaning System (https://www.martin-eng.com/) Search in Google Scholar

Pogrebnyak A.P. 2012 Patent 2520446 C2 Russia, F28G 7/00. Method for Cleaning Surfaces of Energy Equipment / 2012143925/05; Appl. 15.10.2012; Publ. 27.06.2014; Bull. No.18. Search in Google Scholar

Zimon A.D., 1982 Adhesion of Dust and Powder. Edition. Plenum Press, New York, London 438 pages Search in Google Scholar

Olofinsky N.F., 1974 Tribological Separation / Nedra Search in Google Scholar

Pirumov A.I., 1981 Dust Removal from the Air. – 2nd ed., revised and enlarged. – M.: Stroyizdat, P. 32-33. Search in Google Scholar

Kouzov P.A., Skryabina L.Ya., 1983 Methods for Determining the Physico-Chemical Properties of Industrial Dusts / Chemistry, 143 p. Search in Google Scholar

eISSN:
2247-8590
Language:
English
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Journal Subjects:
Engineering, Introductions and Overviews, other, Geosciences