摘要：【中文】本发明涉及一种炼焦全过程控制焦炭质量的方法、系统、介质及设备，其中的方法包括：通过小焦炉试验判定配煤方案可行性，并按照判定通过的配煤方案进行配煤操作；获取在炼焦过程中检测到的焦炉状态参数；根据所述焦炉状态参数控制焦炉标准温度的波动在预设范围内；根据所述焦炉状态参数预测焦炭成熟度，当预测焦炭成熟度满足要求时，则获取焦炭产品的化验结果，并根据所述焦炭产品的化验结果确定焦炭质量实际值。本发明首先在炼焦前通过小焦炉试验判定配煤方案可行性，从而从源头控制角度有效保证了入炉配合煤的合理经济性，并在炼焦过程中控制焦炉标准温度的波动和焦炭成熟度，有效保证了最终产出的焦炭产品的质量。 【EN】The invention relates to a method, a system, a medium and equipment for controlling coke quality in the whole coking process, wherein the method comprises the following steps: judging the feasibility of a coal blending scheme through a small coke oven test, and performing coal blending operation according to the judged coal blending scheme; acquiring coke oven state parameters detected in the coking process; controlling the fluctuation of the standard temperature of the coke oven within a preset range according to the coke oven state parameters; and predicting the maturity of the coke according to the state parameters of the coke oven, acquiring the test result of the coke product when the predicted maturity of the coke meets the requirement, and determining the actual value of the coke quality according to the test result of the coke product. The method firstly judges the feasibility of the coal blending scheme through a small coke oven test before coking, thereby effectively ensuring the reasonable economy of the blended coal entering the oven from the source control perspective, controlling the fluctuation of the standard temperature of the coke oven and the maturity of the coke during the coking process and effectively ensuring the quality of the finally produced coke products.

摘要：【中文】本发明涉及一种提高顶装焦炉产量的方法，属于炼焦技术领域。本提高顶装焦炉产量的方法，包括以下步骤：调整配煤结构：采用煤沥青替代原配煤结构中的瘦煤，得到调整配合煤；调整入炉煤细度：将调整配合煤经粉碎，使得调整配合煤的细度由76％降低到71％，得到细度为71％的入炉煤；调整炉门厚度：削减原碳化室炉门厚度，使得原碳化室的炉门厚度从385mm修改为325mm，得到修改碳化室，修改碳化室内有效容积增大，将得到入炉煤输送到修改碳化室内；调整碳化室内温度：对修改碳化室内的调整小孔板，保持修改碳化室内温度大于1150℃。本发明的效果是能够增加顶装焦炉的产量，降低了企业生产成本。 【EN】The invention relates to a method for improving the yield of a top-loading coke oven, belonging to the technical field of coking. The method for improving the yield of the top-loading coke oven comprises the following steps: adjusting a coal blending structure: coal pitch is adopted to replace lean coal in the original coal blending structure to obtain adjusted blended coal; adjusting the fineness of the coal as fired: crushing the adjusted blended coal to reduce the fineness of the adjusted blended coal from 76% to 71% so as to obtain coal as fired with the fineness of 71%; adjusting the thickness of the furnace door: reducing the thickness of a furnace door of the original carbonization chamber, so that the thickness of the furnace door of the original carbonization chamber is changed from 385mm to 325mm to obtain a modified carbonization chamber, increasing the effective volume in the modified carbonization chamber, and conveying the obtained coal as fired into the modified carbonization chamber; adjusting the temperature in the carbonization chamber: and keeping the temperature in the modification carbonization chamber to be more than 1150 ℃ for the adjustment small hole plate in the modification carbonization chamber. The invention has the effects of increasing the yield of the top-loading coke oven and reducing the production cost of enterprises.