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Luoyang Kaizheng Environmental Protection Processing Equipment Co., Ltd is a collection of product research and development, manufacturing, independent trade high-tech enterprises. We have been focusing on developing integrated solutions for raw material preparation, ingredients, solid waste, residual materials and recycled materials to help customers more efficiently process various materials and convert them into value. Innovation of mixing machine, high pressure briquetting machine, grinding with roller press and other equipment in solving all kinds of industrial materials. Processing equipment with high viscosity in solvent recovery, evaporation, and other industries have unique applications. Compaction granulating device in all kinds of the comprehensive utilization of solid waste and other process is also significant.

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Luoyang Kaizheng Environmental Protection Processing Equipment Co.,Ltd.

Luoyang Kaizheng Environmental Protection Processing Equipment Co., Ltd manufacturing base is located in Luoxin Industry zone,Luoyang City Henan Province China.It covers an area of 13,500 square meters. The company is located in Luoyang National University Science Park, it is a collection of product research and development, manufacturing, independent trade high-tech enterprises.

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Luoyang Kaizheng Environmental Protection Processing Equipment Co.,Ltd.
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  • The Behavior of Direct Reduced Iron in the Electric Arc Furnace Hotspot (1)
    02-06-2023
    The Behavior of Direct Reduced Iron in the Electric Arc Furnace Hotspot (1)

    Hydrogen-based direct reduction is a promising technology for CO2 lean steelmaking. The electric arc furnace is the most relevant aggregate for processing direct reduced iron (DRI). As DRI is usually added into the arc, the behavior in this area is of great interest. A laboratory-scale hydrogen plasma smelting reduction (HPSR) reactor was used to analyze that under inert conditions.

  • Mixing Performance Prediction of Detergent Mixing Process Based on the Discrete Element Method and Machine Learning (2)
    26-05-2023
    Mixing Performance Prediction of Detergent Mixing Process Based on the Discrete Element Method and Machine Learning (2)

    After validating it with experimental test, this model was utilized to study the mixing performance considering the allowable mass fraction range of every formulation component and a mixer speed of 45 rpm, and the dataset generated from this study was employed along with a machine learning algorithm to obtain a model to predict the mixing index. In this sense, twenty-five different combinations of the defined components were simulated and a mixing index of 0.98–0.99 was obtained in a time of 60 s, revealing that all the combinations were completely mixed. In addition, the developed model was validated with results obtained from the DEM model. The model predicts the mixing index in advance and with accuracy.

  • Mixing Performance Prediction of Detergent Mixing Process Based on the Discrete Element Method and Machine Learning (1)
    19-05-2023
    Mixing Performance Prediction of Detergent Mixing Process Based on the Discrete Element Method and Machine Learning (1)

    The DIY approach promotes small-scale digital manufacturing for the production of customized, fast moving consumer goods, including powder detergent. In this context, a machine was developed to manufacture a customized detergent according to the needs of the clients indicated on a digital platform connected to the machine. The detergent is produced by a mixing process of the formulation components carried out in a 3D mixer. Analysing the mixing performance of the process is essential to obtain a quality product. In this study, the mixing process of the powder detergent was modelled using the discrete element method.

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