1) mustard tuber wastewater
榨菜废水
1.
Study on biological nitrogen removal in mustard tuber wastewater with high salinity and high nitrogen concentration;
高盐高氮榨菜废水生物脱氮试验研究
2.
Anaerobic sequencing batch biofilm reactor(ASBBR),an innovative anaerobic treatment technique,was used to treat composite mustard tuber wastewater with high concentration organic substances(COD 4 000 mg/L),high salt(10 gCl~-/L) and high nitrogen.
采用ASBBR反应器作为高盐(10 gC l-/L)、高有机物浓度(COD为4 000 mg/L)榨菜废水的厌氧处理单元,考察了挂膜密度、负荷、水温等对去除COD的影响。
3.
Taking the mustard tuber wastewater with high salinity and phosphorus concentration as research object,the phosphorus removal efficiency by biological phosphate reduction in an anaerobic sequencing batch biofilm reactor(ASBBR) was discussed.
以高盐、高磷榨菜废水为研究对象,探讨了厌氧序批式生物膜反应器(ASBBR)生物还原磷酸盐的除磷效能,考察了温度、pH、负荷及NO3--N浓度等因素对磷酸盐生物还原除磷的影响。
2) preserved szechuan pickle wastewater
榨菜废水
1.
The removal of COD of preserved szechuan pickle wastewater through Fenton-like reagents under ultraviolet light was investigated.
6H2O用量等因素对榨菜废水中COD去除率的影响。
3) pulp press water
甜菜废丝压榨水
4) Sugar-pressing wastewater
榨糖废水
5) beet slices press
甜菜废丝压榨机
6) pickled mustard tuber
榨菜
1.
Study on application of lactic acid bacteria technology to the processing of traditional pickled mustard tuber;
传统榨菜腌制加工应用乳酸菌技术的研究
2.
Study on the brittleness-keeping technology optimization of pickled mustard tuber processing at low salinity
低盐腌制榨菜保脆工艺的优化研究
补充资料:榨菜
(大头莱)
形态特征:十字花科芸苔属一年生草本植物,株高40厘米左右。叶开展,呈椭圆状,长35厘米左右,宽20厘米左右,浅绿色,叶缘波状,叶柄基部膨大,有突起物数个。膨大茎淡绿色,椭圆形,纵茎12厘米,横茎10厘米。总状花序顶生,腋生,花淡黄色。长角果条形,内有球形种子数粒,种子紫褐色。
生境分布:我国长江以南地区栽培较多。
用途:常见蔬菜之一,一般腌制成咸菜较多,亦可炒食。球茎有清热解毒之功效。
形态特征:十字花科芸苔属一年生草本植物,株高40厘米左右。叶开展,呈椭圆状,长35厘米左右,宽20厘米左右,浅绿色,叶缘波状,叶柄基部膨大,有突起物数个。膨大茎淡绿色,椭圆形,纵茎12厘米,横茎10厘米。总状花序顶生,腋生,花淡黄色。长角果条形,内有球形种子数粒,种子紫褐色。
生境分布:我国长江以南地区栽培较多。
用途:常见蔬菜之一,一般腌制成咸菜较多,亦可炒食。球茎有清热解毒之功效。
说明:补充资料仅用于学习参考,请勿用于其它任何用途。
参考词条