Review Article
Accidents at Waste Storage Facilities: Methods of Struggle with the Consequences of Accidents
E Argal*
Published: 17 June, 2024 | Volume 8 - Issue 1 | Pages: 032-038
The article deals with such issues as storage of industrial waste, causes, examples and prevention of accidents, NGO operation and reclamation, and methods of dealing with the consequences of accidents. When storing industrial waste in large volumes, various complications arise, including accidents in waste storage facilities. The article provides examples of accidents for specific objects and analyzes their causes and consequences. The methods of dealing with the consequences of accidents and their prevention are considered. The materials of the article can help specialists improve the design and operation of waste storage facilities.
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DOI: 10.29328/journal.acee.1001063
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Keywords:
Industrial waste; Accidents; Leakage; Prevention
References
- Alekseeva TE, Gol"dina TM. Some aspects of monitoring water bodies in the area of placement of ash and slag dumps of thermal power plants. Proceedings of VNIIG. 239:245-251.
- Korytova IV. Assessment of the reliability of protective dams of industrial waste dumps at the stage of operation. Proceedings of VNIIG. 234:303-309.
- Zoteev VG, Prihod'ko MA. Assessment of the risk of accidents at tailings dams at different stages of operation. Mining Journal.
- Abdrahmanov RF, Habirov IK, Asylbaev IG, Batanov BN, Gabbasova IM, Sulejmanov PP, Poskryakov AN. Influence of reservoirs of oil field wastewater on the surrounding environment. Land Reclamation and Water Management. 2006; (5):43-45.
- Alekseva TE, Gol'dina TM. Ensuring reliable operation of ash dumps of thermal power plants by organized discharge of excess water from them. Proceedings of VNIIG. 237:24-29.
- Morozov MG. Analysis of the causes of accidents at the tailings pond of the Kachkanar Mining and Processing Plant. Mining Journal.
- Argal ES. Combating filtration at the base of the western dam of the tailings pond of the Udokan Mining and Metallurgical Combine. Hydraulic Engineering Construction. 2023; (10):8–13.
- Goncharov DE, Kazakov AS, Mozerov AI. Explosive compaction method of dried ash and slag dumps. Power Engineering Construction. 1990; (9):20-22.
- Sol'skij SV, Kvetnaya IA, Samofalov DP, Hajtov RD. Ensuring protection of natural waters in areas of placement of solid household waste sites. Proceedings of VNIIG. 239:225-236.
- Yagin VP, Vajkum VA, Povarenkin VA, Davydov IA, Nejland NN. On the issue of placing solid water-containing waste from TPPs and other industries. Hydraulic Engineering Construction. 1998; (6):11-14.
- Nikolajchuk AV, Orishchuk RN. Implementation of the concept of engineering protection system at the experimental production site of the territory reclamation of the toxic waste dump "Krasny Bor". Proceedings of VNIIG. 241:195–200.
- Sol'skij SV, Samofalov DP. Substantiation of water management and protective structures from pollution of surface and groundwater of the reclaimed landfill for storage of liquid toxic industrial waste. Proceedings of VNIIG. 235:129-137.
- Argal ES. Modern Technologies and Problems of Ground Stabilization by Injection. Soil Mechanics and Foundation Engineering. 2020; 57(3):219-226.
- Korolyov VM, Etkin GS. Cementation of foundations with solutions with controlled loss of mobility. Proceedings of Gidroproekt. 1992; (155):142-154.
- Zhurkina NN. Injection curtain at the base of the earth dam of the Main Hydroelectric Power Station. Hydraulic Engineering Construction. 1987; (11).
- Korolyov VM. Experience of soil reinforcement using microcement. Foundations, Foundations and Soil Mechanics. 2006; 4:10-14.
- Malinin AG. Stream cementation of soils. Perm: Presstime. 2007.
- Argal ES, Korolev VM. Some Properties of Clay-Cement Concrete and Performance Characteristics of a Diaphragm Wall in a Dam Body. Power Technology and Engineering. 2019; 53(4):387-395.
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