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首页> 外文期刊>E3S Web of Conferences >Development of technology for water concentration of brown coal without use and use of red waste in this process as a raw material for colored glass in the glass industry
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Development of technology for water concentration of brown coal without use and use of red waste in this process as a raw material for colored glass in the glass industry

机译:在没有使用和使用红色废物的棕煤水浓度技术的开发作为玻璃工业中彩色玻璃的原料

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The Angren coal mine has 2 billion tons of reserves of various grades of lignite that can be used as fuel, of which 2BR-B2 and 2BOMSSh-B2 lignite grades, which have 2 million tons of reserves, remain unusable due to poor quality and low combustion heat. [1]. To improve the quality of these coals, water treatment technology has been developed. Technological schemes, gravitational flotation methods were studied. The ash content of coal was reduced, and the heat of combustion was increased. Scientific results have been obtained to apply the mixture as a technological waste in the glass industry. In particular, the properties of raw materials for brown tara bottles were studied. The brown glass was obtained by adding the resulting mixture as a technological waste, and its properties were studied.
机译:Angren煤矿拥有20亿吨的各种腰果储量,可用作燃料,其中2BR-B2和2Bomssh-B2褐煤等级,其中储备200万吨,由于质量差和低,仍然无法使用 燃烧热量。 [1]。 为了提高这些煤的质量,已经开发了水处理技术。 研究了技术方案,研究了重力浮选方法。 煤的灰分含量降低,燃烧热量增加。 已经获得了科学的结果,将混合物作为玻璃行业的技术浪费。 特别是,研究了棕色塔拉瓶的原料的性质。 通过将所得混合物作为技术废物添加所得混合物获得棕色玻璃,研究其性质。

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