山西建筑
山西建築
산서건축
SHANXI ARCHITECTURE
2015年
1期
113-114
,共2页
卢樟锋%杜胜吉%方家宏%潘志超%江涛%唐绍春
盧樟鋒%杜勝吉%方傢宏%潘誌超%江濤%唐紹春
로장봉%두성길%방가굉%반지초%강도%당소춘
建筑淤土免烧陶粒%粉煤灰%绿色度评价
建築淤土免燒陶粒%粉煤灰%綠色度評價
건축어토면소도립%분매회%록색도평개
construction silt soil unbaked ceremsite%fly ash%green degree evaluation
在已有轻集料绿色度评价方法的基础上,对建筑淤土免烧陶粒的绿色度进行了计算评价,结果显示应从产品质量、资源消耗、环境污染这三个指标出发提高陶粒的绿色度,同时,免烧陶粒工艺的绿色度明显优于焙烧工艺且与同类型的粉煤灰免烧陶粒相比,建筑淤土免烧陶粒具有更高的绿色度,应推广使用。
在已有輕集料綠色度評價方法的基礎上,對建築淤土免燒陶粒的綠色度進行瞭計算評價,結果顯示應從產品質量、資源消耗、環境汙染這三箇指標齣髮提高陶粒的綠色度,同時,免燒陶粒工藝的綠色度明顯優于焙燒工藝且與同類型的粉煤灰免燒陶粒相比,建築淤土免燒陶粒具有更高的綠色度,應推廣使用。
재이유경집료록색도평개방법적기출상,대건축어토면소도립적록색도진행료계산평개,결과현시응종산품질량、자원소모、배경오염저삼개지표출발제고도립적록색도,동시,면소도립공예적록색도명현우우배소공예차여동류형적분매회면소도립상비,건축어토면소도립구유경고적록색도,응추엄사용。
Based on existing lightweight aggregate green degree method,this paper made calculation and evaluation to green degree of construc-tion ilt soil unbaked ceramsite,the results showed should improve the ceramsite green degree from the products quality,resources consumption, environmental pollution these three indicators,at the same time,the green degree of unbaked ceremsite process obviously better than roasting process,and compared with the same type of fly ash unbaked ceramsite,the construction of silt soil unbaked ceremsite with higher green degree, should be popularized and applied.