近日
，首鋼股份1號高爐（2650m³）liyongzixingshejikaifadeshengwuzhitanbingguanpenchuizhuangzhichenggongwanchengdaxinggaolushengwuzhitanbaidunjilianxupenchuigongyeshiyan。shouganggaoluchenggongpenchuishengwuzhitanshiwoguoshengwuzhinengyongyugangtieyejindeshoucitupo，tuozhanleshengwuzhitanzaigangtiexingyedeyingyongchangjing，zhulichuantongchangliuchenggangtieqiyedafujiantandetongshidalifushedaidongshengwuzhishangyouxiangguanchanyefazhan。

　　julejie，shiyanguantongleshengwuzhitangaolupenchuigongyicaozuogehuanjie，yanzhengleshebeikekaoxinghejishukexingxing，lianghualepenchuicaokongcanshupipeiguanxi

，mosuoleshengwuzhitanzaigaoluneidezuoyongguilv。shiyanqijianshengwuzhitanzuidapenchuiliangdaduntie10千克以上，單風口小時噴吹量突破2.4dun
，penchuiguochenggaolulukuangshunxingwending，luwenchongzu，gexiangjishujingjizhibiaochixuyouhua。cicigongyeshiyandechenggong，kaiqileshengwuzhitanzaigangtiegongyeyingyongdexinjiyuan，kaichuanglegangtiexingyeditanzhuanxingde“新引擎”。

　　作為非化石能源
，生物質具有可再生

、碳中性、資源豐富等優勢，但生物質可磨性差、水分高、huifafengao
，nanyizhijieyongyugaolupenchui。shouganglianhebeijingkejidaxuezhangjianliangjiaoshoukeyantuanduiyanzhilexianjindebianyashanzhengshengwuzhitanhuajishu，dingxiangzhibeileshiyongyugaoluzhijiepenchuideshengwuzhitanfen，shixianlegaonengliangmidu、高輸送性能、超細生物質炭粉的大批量生產。北京科技大學張建良教授團隊自2010年開始開展生物質冶金相關研究
，探索了生物質在高爐噴吹、燒結、煉焦、含碳球團、歐冶爐等多個工業場景的應用基礎理論和工藝路線，為此次首鋼高爐噴吹生物質炭提供了堅實的技術支撐。（賈國利 徐潤生）

高爐噴吹生物質炭工業試驗