1) dimethoate wastewater
乐果农药废水
1.
The experimental results indicated that the Cu/Mn catalyst was applied in the treatment of dimethoate wastewater resulted in 89.
通过共沉淀法制备了用于湿式氧化乐果农药废水的Cu/Mn复合氧化物催化剂,研究了沉淀剂种类、沉淀温度、焙烧温度和活性组分配比等因素对Cu/Mn复合氧化物催化剂的活性及稳定性的影响,确定了最佳制备条件,利用BET比表面积测定和XRD对催化剂进行了表征。
2) dimethoate pesticide
乐果农药
1.
The results shows the toxicity of dimethoate pesticide constrains the respiration intensity of soil animal obviously,which weakened with the increasing of pesticide treating concentration and prolonging of poisoning time, and poisoning of both high concentration,short time and low concentration,long time can lead animals to death.
选用乐果农药对寡毛类白颈环毛蚓(Pheretimacalifornica)、鞘翅类金龟甲科(Scarabeidae)幼虫和等足类鼠妇虫科(Porcelionidae)动物进行染毒试验,研究农药污染对土壤动物呼吸强度的影响。
4) pesticide wastewater
农药废水
1.
Study on a catalyst for catalytic wet air oxidation of pesticide wastewater from imidacloprid production;
催化湿式氧化吡虫啉农药废水催化剂的研究
2.
Study on catalytic wet air oxidation of pesticide wastewater of imidacloprid production over Mn/Ce catalyst;
Mn/Ce复合催化剂湿式氧化降解高浓度吡虫啉农药废水的研究
3.
Treatment of degradation-resistant pesticide wastewater with high salinity by wet air oxidation;
湿式氧化法处理高盐度难降解农药废水
5) pesticides wastewater
农药废水
1.
Photoelectrocatalytic degradation of pesticides wastewater using nanosized RuO_2-TiO_2;
纳米RuO_2-TiO_2光电催化处理农药废水研究
2.
Photoelectrocatalytic Combined with Constructed Wetland Treatment with Organic Pesticides Wastewater;
纳米光电催化和人工湿地联合工艺处理有机农药废水的研究
3.
The application of photocatalytic oxidation,ozonation,Fenton reagent oxidation and the combination of these advanced oxidation processes in the treatment of pesticides wastewater were reviewed.
综述了光催化氧化(photocatalytic oxidation)、臭氧氧化(ozonation,O3)、芬顿试剂氧化(fenton reagent oxidation)等高级氧化技术以及它们的组合技术在农药废水处理中的应用研究进展,比较分析了各种高级氧化技术的特点与处理效果。
6) dimethoate production wastewater
乐果生产废水
补充资料:乐果
乐果 dimethoate 有机磷内吸杀虫剂的品种之一。用途较广,产量较大。化学名O,O-二甲基-S-(N-甲基氨基甲酰甲基)二硫代磷酸酯。结构式为: 1956年美国企业开发推广。纯品为白色针状结晶,在水中溶解度为39克/升(室温)。易被植物吸收并输导至全株。在酸性溶液中较稳定,在碱性溶液中迅速水解,故不能与碱性农药混用。除作为内吸剂外,也有较强的触杀作用。杀虫谱较广,可用于防治蔬菜、果树、茶、桑、棉、油料作物及粮食作物的多种具刺吸口器和咀嚼口器的害虫和叶螨。一般亩用有效成分30~40克。主要剂型为40%乳油,也有超低量油剂和可溶性粉剂。毒性较低,可用于防治家畜体内、外寄生虫。 |
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