山东冶金
山東冶金
산동야금
SHANDONG METALLURY
2015年
3期
43-44,46
,共3页
高炉%渣池%图拉法%水泵%换热器
高爐%渣池%圖拉法%水泵%換熱器
고로%사지%도랍법%수빙%환열기
blast furnace%slag pool%TYNA%water pump%heat exchanger
为了有效降低高炉冲渣系统动力运行成本,采取焦化废水替代新水、高炉渣沟密封、应用管改沟、提高冲渣水泵运行效率、利用冲渣循环水余热等措施,有效降低了高炉冲系统水电动力成本,同时降低了生活区域蒸汽消耗量,年节约动力成本2 000余万元.
為瞭有效降低高爐遲渣繫統動力運行成本,採取焦化廢水替代新水、高爐渣溝密封、應用管改溝、提高遲渣水泵運行效率、利用遲渣循環水餘熱等措施,有效降低瞭高爐遲繫統水電動力成本,同時降低瞭生活區域蒸汽消耗量,年節約動力成本2 000餘萬元.
위료유효강저고로충사계통동력운행성본,채취초화폐수체대신수、고로사구밀봉、응용관개구、제고충사수빙운행효솔、이용충사순배수여열등조시,유효강저료고로충계통수전동력성본,동시강저료생활구역증기소모량,년절약동력성본2 000여만원.
In order to reduce the power running costs of blast furnace slag system, by taking measures to replace fresh water by coking wastewater,to seal ditch of the slag, to change the ditch to the pipeline, to improve the efficiency of the pump slag, to use waste heat of slag circulating water, it is effectively to reduce the cost of blast furnace system of hydropower power, reduce steam consumption of living area at the same time, save power cost more than 2 000 ten thousand Yuan per year.
