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

Author:

Shapovalov V.A.1,Lyashenko V.I.2,Gurin A.O.1

Affiliation:

1. Kryvyi Rih National University , Kryvyi Rih , Ukraine

2. Ukrainian Research and Design-Intelligence Institute of Industrial Technology” , Zhovti Vody , Ukraine

Abstract

Abstract Bunkers are an integral part of the infrastructure of enterprises in various industries processing bulk materials. Corrosion processes and the formation of dust deposits on the internal surfaces of bunkers are irreversible and often lead to disruptions in the technological process and equipment performance parameters, and in some cases, to accidents. The stability and continuity of technological processes for processing bulk materials largely depend on the cleanliness of the internal surfaces of bunkers. Even the best technical characteristics of technological equipment only indicate the technical capabili-ties of the operation of technological lines. Their reliable and effective operation can be ensured by proper maintenance of the condition of internal surfaces and cleaning from corrosion and deposits. Increased dustiness, poor visibility, and confined spaces significantly complicate the conditions for performing work by service personnel inside bunkers. The enclosed space inside bunkers is a very dangerous place not intended for the work of service personnel. In order to avoid endangering ser-vice personnel and prevent people from entering the bunker, methods are proposed to easily, quickly, and, most importantly, safely clean the surfaces inside the bunkers.

Publisher

Walter de Gruyter GmbH

Reference16 articles.

1. 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.

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

3. 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.

4. 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.

5. 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”

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