Utilizing waste tires with steel cord in coke production

L. B. Pavlovich; N. Yu. Solovyova; V. M. Strakhov

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Utilizing waste tires with steel cord in coke production

机译：利用冰帘线在焦炭生产中使用废轮胎

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Abstract The utilization of waste tires in coking, without extraction of the steel cord, is evaluated in the laboratory. The results show that using discarded tires with steel cord improves the yield and quality of the coke produced and also the yield of valuable byproducts: benzene and coal tar.

机译：<标题>抽象 ara>在实验室中评估焦化中的废轮轮胎的利用，无需提取钢丝绳。结果表明，使用带钢丝绳的废弃轮胎提高了焦炭的产量和质量，以及有价值的副产品的产量：苯和煤焦油。

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来源
《Coke and chemistry》 |2017年第3期|共8页
作者
L. B. Pavlovich; N. Yu. Solovyova; V. M. Strakhov;
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作者单位

Siberian State Industrial University;

Siberian State Industrial University;

Kuznetsk Center AO VUKhIN;

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原文格式 PDF
正文语种 eng
中图分类炼焦化学工业;
关键词
coking batch; coal; waste rubber; discarded tires; metallurgical coke;

机译：焦批;煤;废橡胶;废弃轮胎;冶金焦;

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专利

1. Utilizing waste tires with steel cord in coke production [J] . L. B. Pavlovich, N. Yu. Solovyova, V. M. Strakhov Coke and chemistry . 2017,第3期

机译：利用冰帘线在焦炭生产中使用废轮胎
2. REDUCING OF CO_2 EMISSIONS IN BLAST FURNACE PROCESS THROUGH DECREASING OF COKE CONSUMPTION AND UTILIZATION OF WASTE DUE TO THEIR MUTUAL EFFORTS TOWARDS PRODUCTION OF SELF-REDUCING PELLETS [J] . NATALIIA VANIUKOVA, DMITRIJ KOVALYOV, ANTON VANIUKOV, Pollution research . 2018,第3期

机译：通过减少焦炭的消耗和废物的利用，通过高炉生产过程中的CO 2排放量的减少，这是由于它们有助于生产自还原粒料
3. Utilizing solid wastes from coking and chemical production in nanocomposite powders in abrasive reactive wear of grinding bodies in a mechanochemical reactor [J] . F. Kh. Urakaev Coke and chemistry . 2004,第8期

机译：在机械化学反应器中，利用焦化和化学生产过程中产生的固体废物，纳米复合粉末中磨料的磨料的反应性磨损
4. Evolution of Inclusions During the Production of Tire Cord Steels [C] . Changbo Guo, Haitao Ling, Lifeng Zhang Iron and Steel Technology Conference . 2016

机译：轮胎钢材生产过程中夹杂物的演变
5. Reduction of Three Major Bottlenecks Limiting Current Commercial Microalgae Production: Light Utilization, Waste Nutrient Utilization, and Harvesting [D] . Wray, Joshua Thaddeus 2019

机译：减少限制当前商业微藻生产的三个主要瓶颈：光能利用，废物养分利用和收获
6. Utilization of Tires Waste-Derived Magnetic-Activated Carbon for the Removal of Hexavalent Chromium from Wastewater [O] . Waqas Ahmad, Shanif Qaiser, Rahman Ullah, 2021

机译：利用轮胎废料衍生的磁性活性炭从废水中除去六价铬
7. Titanium Distribution Ratio Model of Ladle Furnace Slags for Tire Cord Steel Production Based on the Ion–Molecule Coexistence Theory at 1853 K [O] . Jialiu Lei, Dongnan Zhao, Wei Feng, 2019

机译：基于离子分子共存理论的轮胎钢材生产钛分配比模型在1853 k下的离子分子共存理论

Utilizing waste tires with steel cord in coke production

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