解决了现有炼焦过程中，为满足一定的焦炭反应后强度而配入大量的强粘结煤的问题。
The invention solves the problem that a great amount of forced caked coal is compounded to satisfy a certain strength after reaction in the traditional coking process.
提出了在炼焦过程中利用含锌粉尘作为焦煤添加剂，从而实现高温焦炉煤气脱硫的设想。
Desulfurization of high temperature coke oven gas (COG) by mixing zinc-bearing dust into coking coal has been studied.
根据焦化机理建立焦炉供热量前馈模型，并提出结焦指数CI反馈模型控制焦炉的炼焦过程。
According to coking mechanism, a feedforward model was built for heat supply, and carbonization index CI feedback model was proposed to control coking.
综述了目前国内不同炼焦方式在炼焦过程中主要污染物的产生原因、种类、排放方式、常规数量以及控制途径。
In the process of heat resolving and coke shaping, different pollutant and polluting factors will be produced and loss to the environment due to different coking way.
因为煤的导热性低、蒸馏的速度慢，所以炼焦的过程较慢。
Because of the low thermal conductivity of coal and the slow rate of distillation, coking is a slow process.
在炼焦生产过程中，焦炉集气管压力是炼焦生产中的重要参数，它的稳定性直接影响着焦炉的使用寿命和焦碳的生产。
In coking process, the stable pressure of gas collector is an important industrial parameter. Its stability directly influences the life of coke ovens and coke production.
炼焦配煤过程是存在诸多不确定性的复杂工业过程，传统控制方法难以实施控制。
Coal blending and coking process is a complicated industry process with much uncertainties. It is difficult to control the process by traditional control method.
论述了陕西省子长气煤在新型直立炉炼焦的工艺过程及炉型特点，分析了产品质量及经济效益。
The coking process of zichang gas coal in the new type of shaft furnace and furnace'e feature are described. The quality of products and economic benefits are analyzed.
论述了陕西省子长气煤在新型直立炉炼焦的工艺过程及炉型特点，分析了产品质量及经济效益。
The coking process of zichang gas coal in the new type of shaft furnace and furnace'e feature are described. The quality of products and economic benefits are analyzed.
应用推荐