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1·The coke cooling process in the coke dry quenching shaft furnace was investigated experimentally. The coke and gas temperatures and the pressure drop were measured.

采用实验方法研究了干熄炉内焦炭的冷却过程，得到了实验条件下不同位置焦炭的冷却曲线和气体温度、 压力损失的变化趋势。

2·Using dry cooling coke may obviously improve blast furnace conditions, decrease blast furnace consumption and increase coal ejection ratio.

干熄焦可显著改善高炉炉况、降低高炉消耗、提高喷煤比。

3·According to the feature of coke heat exchanging in CDQ chamber, the test on the parameters such as coke size and cooling gas flow was made with the CDQ model.

根据干熄炉内焦炭换热的特点，用干熄炉模型对焦炭粒度和冷却气体流量等参数进行了试验。

4·The influence of the microbe growing of the coke plant wastewater reused to the cooling water system was clear by microbe controlling experiment.

进行微生物控制动态模拟试验，明确了废水回用于冷却循环水系统对系统的微生物的生长的影响。

5·The Coke Plant had many packing concrete cooling towers, with low running efficiency and high running cost because of many years of use, which severely restrained the saving of economic cost.

焦化厂现有多台填料混凝土冷却塔已投用多年，运行效率低下，运行成本高，已严重制约经济成本的节约。

6·During the coke oven gas cooling in the gas collecting main, there are heat transfer and mass transfer simultaneously.

焦炉煤气在集气管中的冷却过程是传热与传质同时进行的。

7·The application of the gasification cooling of coke oven ascension pipe is DE - scribed. Its improvement and perfection done for 20 years are expounded and its developing prospect is pointed out.

介绍了焦炉上升管汽化冷却的应用情况，论述了20年来对它的改进和完善，并指出了发展前景。