工业水处理
工業水處理
공업수처리
INDUSTRIAL WATER TREATMENT
2014年
7期
48-50
,共3页
脱氮除磷%直叶生菜%浮床
脫氮除燐%直葉生菜%浮床
탈담제린%직협생채%부상
nitrogen and phosphorus removal%lettuce(Sativa L. var. longigolia lam.)%floating-bed
在漂浮植物修复系统中种植直叶生菜对猪场废水进行净化试验。结果表明：经过28 d种植之后，生菜对供试猪场废水中总氮、氨氮、总磷、可溶性磷、COD的去除率分别达51.73%、59.45%、57.52%、41.11%、60.15%，其贡献量分别达27.95%、30.08%、21.02%、15.56%、20.64%；在供试废水中栽培直叶生菜的生物量显著高于土壤栽培的生物量，而且生产植株体内NO3--N、P、Zn、Cu等含量均显著低于土培后的生菜。
在漂浮植物脩複繫統中種植直葉生菜對豬場廢水進行淨化試驗。結果錶明：經過28 d種植之後，生菜對供試豬場廢水中總氮、氨氮、總燐、可溶性燐、COD的去除率分彆達51.73%、59.45%、57.52%、41.11%、60.15%，其貢獻量分彆達27.95%、30.08%、21.02%、15.56%、20.64%；在供試廢水中栽培直葉生菜的生物量顯著高于土壤栽培的生物量，而且生產植株體內NO3--N、P、Zn、Cu等含量均顯著低于土培後的生菜。
재표부식물수복계통중충식직협생채대저장폐수진행정화시험。결과표명：경과28 d충식지후，생채대공시저장폐수중총담、안담、총린、가용성린、COD적거제솔분별체51.73%、59.45%、57.52%、41.11%、60.15%，기공헌량분별체27.95%、30.08%、21.02%、15.56%、20.64%；재공시폐수중재배직협생채적생물량현저고우토양재배적생물량，이차생산식주체내NO3--N、P、Zn、Cu등함량균현저저우토배후적생채。
Lettuce(Sativa L. var. longigolia lam.) has been planted in a floating phytoremediation system for the de-contamination of piggery wastewater. The results show that after lettuce has been planted for 28 days ,the removing rates of total N(TN),ammonia-nitrogen(NH4+-N),nitrate-nitrogen(NO3--N),total P(TP),soluble P(SP),chemical oxygen demand(COD) by the plant are 51.73%,59.45%,57.52%,41.11%and 60.15%respectively,and contribu-tion rates of TN,NH4+-N,TP,SP and COD are 27.95%,30.08%,21.02%,15.56% and 20.64% respectively. The biomass of lettuce planted in the wastewater for experiments is obviously higher than that of lettuce planted in soils. Furthermore,the contents of NO3--N,P,Zn,Cu,etc. in the body of the plant in the floating phytoremediation system are significantly lower than that in soils.
