DEVELOPMENT AND RESEARCH OF SPECIAL EXCAVATOR BUCKETS FOR MINING OIL-BITUMINOUS ROCKS

Given the shortage of petroleum bitumen in the Republic of Kazakhstan, the use of local bitumen-containing rocks is becoming increasingly relevant, which requires the development of specialized mechanization tools. In this paper are discussed the special excavator buckets designed for year-round extraction of rocks with a bitumen content of up to 25%. The design features of the bucket that reduce resistance during digging and unloading are described. Calculations of resistance, chip thickness, operation duration, and productivity of the EO-4121 excavator at different temperatures and bitumen contents were performed. It is shown that unloading becomes more difficult when the bitumen content exceeds 18.2%. A comparison of the calculated and experimental data confirmed the high accuracy of the models used.

Authors

Publication Details

Journal
Communications - Scientific letters of the University of Zilina
Published
2026-04-20
DOI
https://doi.org/10.26552/com.c.2026.025
Primary Topic
Industrial Engineering and Technologies
Type
article
Field-Weighted Citation Impact
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article

DEVELOPMENT AND RESEARCH OF SPECIAL EXCAVATOR BUCKETS FOR MINING OIL-BITUMINOUS ROCKS

Abish Torgayev, Nurbol Kamzanov, Yerbol Kaliyev, Rustem Kozbagarov et al.
Communications - Scientific letters of the University of Zilina
Industrial Engineering and Technologies
article

DEVELOPMENT AND RESEARCH OF SPECIAL EXCAVATOR BUCKETS FOR MINING OIL-BITUMINOUS ROCKS

Abish Torgayev, Nurbol Kamzanov, Yerbol Kaliyev, Rustem Kozbagarov, Shynbolat Tynybekov, Kazyna Ashim, Rashida Duisen
article en

Abstract

Given the shortage of petroleum bitumen in the Republic of Kazakhstan, the use of local bitumen-containing rocks is becoming increasingly relevant, which requires the development of specialized mechanization tools. In this paper are discussed the special excavator buckets designed for year-round extraction of rocks with a bitumen content of up to 25%. The design features of the bucket that reduce resistance during digging and unloading are described. Calculations of resistance, chip thickness, operation duration, and productivity of the EO-4121 excavator at different temperatures and bitumen contents were performed. It is shown that unloading becomes more difficult when the bitumen content exceeds 18.2%. A comparison of the calculated and experimental data confirmed the high accuracy of the models used.

Communications - Scientific letters of the University of ZilinaVol. 28(2)
Openalex Percentile: Top 20%
Industrial Engineering and Technologies
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