Static experiments were carried out to study the effects of ozonic disintegration characteristics of waste activated sludge.

为系统研究臭氧破解污泥后对活性污泥的影响,在活性污泥中通入臭氧进行污泥破解静态。

The effect of excess sludge reduction by uncoupler of 2,4-dechlorophenol(DCP) was studied using Sequencing Batch Reactor.

序批式活性污泥反应器试研究解偶联剂2,4-二氯酚(DCP)的污泥减量化效果。

And the ribosomal intergenic sequence analysis(RISA) was used to show the changes of microbial community during the period.

并核糖体基因间隔序列分析技术(RISA)解析高效菌投加前后污泥系统的群落变化。

The technology on anaerobic fermentation can achieve two destinations——preventing and curing pollution and making use of solid rejectamenta.

厌氧消化技术能够现废弃物污染防治和综合利的双重目标,是污泥处理与处置的发展趋势。

Respirometry is very widely used to characterize the activated sludge system and to control its operation in wastewater treatment plant.

在监测污水处理厂活性污泥系统的状态,控制运行时,人们广泛呼吸测量法。

The paper introduces their salt-tolerance mech anism and research progress regarding conventional anaerobic or aerobic sludge, halophile and salt-tolerant yeast.

针对处理含盐废水的几类菌种:普通的厌氧或好氧污泥、盐菌和耐盐酵母菌,分别阐耐盐机理和研究进展。

It was found that the removel of phenol, CN , and COD in 40-60 C range is as high as mesophile temperature.

嗜热菌在40～60℃内能有效地去除废水中酚、氰和COD,活性比嗜温菌大,污泥沉降性能好,剩余污泥少。

This paper made a study of the variety regulation of pathogens in the activated sludge through biological fermentation using Aspergillus niger as zymophyte.

黑曲霉为发酵剂对活性污泥进行全程无公害处理并对各种病原菌的生长变化进行监测。结果表明病原菌总量在发酵过程中呈"马鞍型"变化。

Because the su lage contains a mass of the pathogeny and it is whiffy even disposed, it repollute the water in case of disposed incorrectly.

由于污泥成分的复杂，对环境的污染日益加重，因而污泥处理技术已经成为重要的环保课题之一。

The respirometric activities of sludge before and after tame have been determined by the BOD Track, and the activity could be expressed by first slope of respirometric curve.

BOD测定仪连续测定驯化前后污泥耗氧曲线,第一段斜率表征污泥呼吸活性。并通过电镜观察驯化过程生物相的状况。

The state point analysis can be used in the design and operation analysis of the activated sludge system as the RAS ratio, overflow rate and settling characteristics of flocci are varying.

当回流比、溢流率和絮体沉降特性处于变化中时,可“状态点”的概念对活性污泥—沉淀系统进行设计工作和系统分析。

And ORTT and OURO in the adhesive growth type of MBR was lower than that in the suspended growth type of MBR, but OURN was higher in the adhesive growth type of MBR than before.

胞外多聚物（ECP）是微生物代谢的重要产物，较高污泥浓度MBR中单位重量污泥产生的ECP要远远大于低污泥浓度MBR中的ECP，且较高的ECP含量易加重膜污染。

Static experiments were carried out to study the effects of ozonic disintegration characteristics of waste activated sludge.

为系统研究臭氧破解后对活性的影响,在活性中通入臭氧进行破解静态实验。

The effect of excess sludge reduction by uncoupler of 2,4-dechlorophenol(DCP) was studied using Sequencing Batch Reactor.

采序批式活性反应器试验研究了解偶联剂2,4-二氯酚(DCP)的减量化效果。

And the ribosomal intergenic sequence analysis(RISA) was used to show the changes of microbial community during the period.

并采核糖体基因间隔序列分析技术(RISA)解析了高效菌投加前后系统的群落变化。

The technology on anaerobic fermentation can achieve two destinations——preventing and curing pollution and making use of solid rejectamenta.

厌氧消化技术能够实现废弃防治和综合利的双重目标,是理与置的发展趋势。

Respirometry is very widely used to characterize the activated sludge system and to control its operation in wastewater treatment plant.

在监测水理厂活性系统的状态,控制其运行时,人们广泛采了呼吸测量法。

The paper introduces their salt-tolerance mech anism and research progress regarding conventional anaerobic or aerobic sludge, halophile and salt-tolerant yeast.

针对理含盐废水的几类菌种:普通的厌氧或好氧、盐菌和耐盐酵母菌,分别阐述了其耐盐机理和研究进展。

It was found that the removel of phenol, CN , and COD in 40-60 C range is as high as mesophile temperature.

嗜热菌在40～60℃内能有效地去除废水中酚、氰和COD,活性比嗜温菌大,沉降性能好,剩余少。

This paper made a study of the variety regulation of pathogens in the activated sludge through biological fermentation using Aspergillus niger as zymophyte.

采黑曲霉为发酵剂对活性进行全程无公害理并对各种病原菌的生长变化进行监测。结果表明病原菌总量在发酵过程中呈"马鞍型"变化。

Because the su lage contains a mass of the pathogeny and it is whiffy even disposed, it repollute the water in case of disposed incorrectly.

由于成分的复杂，对环境的日益加重，因而理技术已经成为重要的环保课题之一。

The respirometric activities of sludge before and after tame have been determined by the BOD Track, and the activity could be expressed by first slope of respirometric curve.

采BOD测定仪连续测定了驯化前后耗氧曲线,采第一段斜率表征呼吸活性。并通过电镜观察驯化过程生相的状况。

The state point analysis can be used in the design and operation analysis of the activated sludge system as the RAS ratio, overflow rate and settling characteristics of flocci are varying.

当回流比、溢流率和絮体沉降特性于变化中时,可“状态点”的概念对活性—沉淀系统进行设计工作和系统分析。

And ORTT and OURO in the adhesive growth type of MBR was lower than that in the suspended growth type of MBR, but OURN was higher in the adhesive growth type of MBR than before.

胞外多聚（ECP）是微生代谢的重要产，较高浓度MBR中单位重量产生的ECP要远远大于低浓度MBR中的ECP，且较高的ECP含量易加重膜。

Static experiments were carried out to study the effects of ozonic disintegration characteristics of waste activated sludge.

为系统研究臭氧破解污泥后对活性污泥的影响,在活性污泥中通入臭氧进行污泥破解静态实验。

The effect of excess sludge reduction by uncoupler of 2,4-dechlorophenol(DCP) was studied using Sequencing Batch Reactor.

采序批式活性污泥反应器试验研究了解偶联剂2,4-二氯酚(DCP)的污泥减量化效果。

And the ribosomal intergenic sequence analysis(RISA) was used to show the changes of microbial community during the period.

并采核糖体基因间隔序列分析技术(RISA)解析了高效菌投加前后污泥系统的群落变化。

The technology on anaerobic fermentation can achieve two destinations——preventing and curing pollution and making use of solid rejectamenta.

厌氧消化技术能够实物污染防治和综合利的双重目标,是污泥置的发展趋势。

Respirometry is very widely used to characterize the activated sludge system and to control its operation in wastewater treatment plant.

在监测污水厂活性污泥系统的状态,控制其运行时,人们广泛采了呼吸测量法。

The paper introduces their salt-tolerance mech anism and research progress regarding conventional anaerobic or aerobic sludge, halophile and salt-tolerant yeast.

针对含盐水的几类菌种:普通的厌氧或好氧污泥、盐菌和耐盐酵母菌,分别阐述了其耐盐机和研究进展。

It was found that the removel of phenol, CN , and COD in 40-60 C range is as high as mesophile temperature.

嗜热菌在40～60℃内能有效地去除水中酚、氰和COD,活性比嗜温菌大,污泥沉降性能好,剩余污泥少。

This paper made a study of the variety regulation of pathogens in the activated sludge through biological fermentation using Aspergillus niger as zymophyte.

采黑曲霉为发酵剂对活性污泥进行全程无公害并对各种病原菌的生长变化进行监测。结果表明病原菌总量在发酵过程中呈"马鞍型"变化。

Because the su lage contains a mass of the pathogeny and it is whiffy even disposed, it repollute the water in case of disposed incorrectly.

由于污泥成分的复杂，对环境的污染日益加重，因而污泥技术已经成为重要的环保课题之一。

The respirometric activities of sludge before and after tame have been determined by the BOD Track, and the activity could be expressed by first slope of respirometric curve.

采BOD测定仪连续测定了驯化前后污泥耗氧曲线,采第一段斜率表征污泥呼吸活性。并通过电镜观察驯化过程生物相的状况。

The state point analysis can be used in the design and operation analysis of the activated sludge system as the RAS ratio, overflow rate and settling characteristics of flocci are varying.

当回流比、溢流率和絮体沉降特性于变化中时,可“状态点”的概念对活性污泥—沉淀系统进行设计工作和系统分析。

And ORTT and OURO in the adhesive growth type of MBR was lower than that in the suspended growth type of MBR, but OURN was higher in the adhesive growth type of MBR than before.

胞外多聚物（ECP）是微生物代谢的重要产物，较高污泥浓度MBR中单位重量污泥产生的ECP要远远大于低污泥浓度MBR中的ECP，且较高的ECP含量易加重膜污染。

Static experiments were carried out to study the effects of ozonic disintegration characteristics of waste activated sludge.

为系统研究臭氧破解污泥后对活性污泥的影响,在活性污泥中通入臭氧进行污泥破解静态实验。

The effect of excess sludge reduction by uncoupler of 2,4-dechlorophenol(DCP) was studied using Sequencing Batch Reactor.

采序批式活性污泥反应器试验研究了解偶联剂2,4-二氯酚(DCP)的污泥减量化效果。

And the ribosomal intergenic sequence analysis(RISA) was used to show the changes of microbial community during the period.

并采核糖体基因间隔序列分析技术(RISA)解析了高效菌投加前后污泥系统的群落变化。

The technology on anaerobic fermentation can achieve two destinations——preventing and curing pollution and making use of solid rejectamenta.

厌氧消化技术能够实物污染防治和综合利的双重目标,是污泥置的发展趋势。

Respirometry is very widely used to characterize the activated sludge system and to control its operation in wastewater treatment plant.

在监测污水厂活性污泥系统的状态,控制其运行时,人们广泛采了呼吸测量法。

The paper introduces their salt-tolerance mech anism and research progress regarding conventional anaerobic or aerobic sludge, halophile and salt-tolerant yeast.

针对含盐水的几类菌种:普通的厌氧或好氧污泥、盐菌和耐盐酵母菌,分别阐述了其耐盐机和研究进展。

It was found that the removel of phenol, CN , and COD in 40-60 C range is as high as mesophile temperature.

嗜热菌在40～60℃内能有效地去除水中酚、氰和COD,活性比嗜温菌大,污泥沉降性能好,剩余污泥少。

This paper made a study of the variety regulation of pathogens in the activated sludge through biological fermentation using Aspergillus niger as zymophyte.

采黑曲霉为发酵剂对活性污泥进行全程无公害并对各种病原菌的生长变化进行监测。结果表明病原菌总量在发酵过程中呈"马鞍型"变化。

Because the su lage contains a mass of the pathogeny and it is whiffy even disposed, it repollute the water in case of disposed incorrectly.

由于污泥成分的复杂，对环境的污染日益加重，因而污泥技术已经成为重要的环保课题之一。

The respirometric activities of sludge before and after tame have been determined by the BOD Track, and the activity could be expressed by first slope of respirometric curve.

采BOD测定仪连续测定了驯化前后污泥耗氧曲线,采第一段斜率表征污泥呼吸活性。并通过电镜观察驯化过程生物相的状况。

The state point analysis can be used in the design and operation analysis of the activated sludge system as the RAS ratio, overflow rate and settling characteristics of flocci are varying.

当回流比、溢流率和絮体沉降特性于变化中时,可“状态点”的概念对活性污泥—沉淀系统进行设计工作和系统分析。

And ORTT and OURO in the adhesive growth type of MBR was lower than that in the suspended growth type of MBR, but OURN was higher in the adhesive growth type of MBR than before.

胞外多聚物（ECP）是微生物代谢的重要产物，较高污泥浓度MBR中单位重量污泥产生的ECP要远远大于低污泥浓度MBR中的ECP，且较高的ECP含量易加重膜污染。

Static experiments were carried out to study the effects of ozonic disintegration characteristics of waste activated sludge.

系统研究臭氧破解污泥后对活污泥的影响,在活污泥中通入臭氧进行污泥破解静态实验。

The effect of excess sludge reduction by uncoupler of 2,4-dechlorophenol(DCP) was studied using Sequencing Batch Reactor.

采序批式活污泥反应器试验研究了解偶联剂2,4-二氯酚(DCP)的污泥减量化效果。

And the ribosomal intergenic sequence analysis(RISA) was used to show the changes of microbial community during the period.

并采核糖体基因间隔序列分析技术(RISA)解析了高效菌投加前后污泥系统的群落变化。

The technology on anaerobic fermentation can achieve two destinations——preventing and curing pollution and making use of solid rejectamenta.

厌氧消化技术够实现废弃物污染防治和综合利的双重目标,是污泥处理与处置的发展趋势。

Respirometry is very widely used to characterize the activated sludge system and to control its operation in wastewater treatment plant.

在监测污水处理厂活污泥系统的状态,控制其运行时,人们广泛采了呼吸测量法。

The paper introduces their salt-tolerance mech anism and research progress regarding conventional anaerobic or aerobic sludge, halophile and salt-tolerant yeast.

针对处理含盐废水的几类菌种:普通的厌氧或氧污泥、盐菌和耐盐酵母菌,分别阐述了其耐盐机理和研究进展。

It was found that the removel of phenol, CN , and COD in 40-60 C range is as high as mesophile temperature.

嗜热菌在40～60℃内有效地去除废水中酚、氰和COD,活比嗜温菌大,污泥沉降,剩余污泥少。

This paper made a study of the variety regulation of pathogens in the activated sludge through biological fermentation using Aspergillus niger as zymophyte.

采黑曲霉发酵剂对活污泥进行全程无公害处理并对各种病原菌的生长变化进行监测。结果表明病原菌总量在发酵过程中呈"马鞍型"变化。

Because the su lage contains a mass of the pathogeny and it is whiffy even disposed, it repollute the water in case of disposed incorrectly.

由于污泥成分的复杂，对环境的污染日益加重，因而污泥处理技术已经成重要的环保课题之一。

The respirometric activities of sludge before and after tame have been determined by the BOD Track, and the activity could be expressed by first slope of respirometric curve.

采BOD测定仪连续测定了驯化前后污泥耗氧曲线,采第一段斜率表征污泥呼吸活。并通过电镜观察驯化过程生物相的状况。

The state point analysis can be used in the design and operation analysis of the activated sludge system as the RAS ratio, overflow rate and settling characteristics of flocci are varying.

当回流比、溢流率和絮体沉降特处于变化中时,可“状态点”的概念对活污泥—沉淀系统进行设计工作和系统分析。

And ORTT and OURO in the adhesive growth type of MBR was lower than that in the suspended growth type of MBR, but OURN was higher in the adhesive growth type of MBR than before.

胞外多聚物（ECP）是微生物代谢的重要产物，较高污泥浓度MBR中单位重量污泥产生的ECP要远远大于低污泥浓度MBR中的ECP，且较高的ECP含量易加重膜污染。

Static experiments were carried out to study the effects of ozonic disintegration characteristics of waste activated sludge.

为系统臭氧破解后对活性的影响,在活性中通入臭氧进破解静态实验。

The effect of excess sludge reduction by uncoupler of 2,4-dechlorophenol(DCP) was studied using Sequencing Batch Reactor.

采序批式活性反应器试验了解偶联剂2,4-二氯酚(DCP)的减量化效果。

And the ribosomal intergenic sequence analysis(RISA) was used to show the changes of microbial community during the period.

并采核糖体基因间隔序列分析技术(RISA)解析了高效菌投加前后系统的群落变化。

The technology on anaerobic fermentation can achieve two destinations——preventing and curing pollution and making use of solid rejectamenta.

厌氧消化技术能够实现废弃物染防治综合利的双重目标,是处理与处置的发展趋势。

Respirometry is very widely used to characterize the activated sludge system and to control its operation in wastewater treatment plant.

在监测水处理厂活性系统的状态,控制其运时,人们广泛采了呼吸测量法。

The paper introduces their salt-tolerance mech anism and research progress regarding conventional anaerobic or aerobic sludge, halophile and salt-tolerant yeast.

针对处理含盐废水的几类菌种:普通的厌氧或好氧、盐菌耐盐酵母菌,分别阐述了其耐盐机理进展。

It was found that the removel of phenol, CN , and COD in 40-60 C range is as high as mesophile temperature.

嗜热菌在40～60℃内能有效地去除废水中酚、氰COD,活性比嗜温菌大,沉降性能好,剩余少。

This paper made a study of the variety regulation of pathogens in the activated sludge through biological fermentation using Aspergillus niger as zymophyte.

采黑曲霉为发酵剂对活性进全程无公害处理并对各种病原菌的生长变化进监测。结果表明病原菌总量在发酵过程中呈"马鞍型"变化。

Because the su lage contains a mass of the pathogeny and it is whiffy even disposed, it repollute the water in case of disposed incorrectly.

由于成分的复杂，对环境的染日益加重，因而处理技术已经成为重要的环保课题之一。

The respirometric activities of sludge before and after tame have been determined by the BOD Track, and the activity could be expressed by first slope of respirometric curve.

采BOD测定仪连续测定了驯化前后耗氧曲线,采第一段斜率表征呼吸活性。并通过电镜观察驯化过程生物相的状况。

The state point analysis can be used in the design and operation analysis of the activated sludge system as the RAS ratio, overflow rate and settling characteristics of flocci are varying.

当回流比、溢流率絮体沉降特性处于变化中时,可“状态点”的概念对活性—沉淀系统进设计工作系统分析。

And ORTT and OURO in the adhesive growth type of MBR was lower than that in the suspended growth type of MBR, but OURN was higher in the adhesive growth type of MBR than before.

胞外多聚物（ECP）是微生物代谢的重要产物，较高浓度MBR中单位重量产生的ECP要远远大于低浓度MBR中的ECP，且较高的ECP含量易加重膜染。

Static experiments were carried out to study the effects of ozonic disintegration characteristics of waste activated sludge.

为系统研究氧破解污泥后对活性污泥的影响,在活性污泥中氧进行污泥破解静态实验。

The effect of excess sludge reduction by uncoupler of 2,4-dechlorophenol(DCP) was studied using Sequencing Batch Reactor.

采序批式活性污泥反应器试验研究了解偶联剂2,4-二氯酚(DCP)的污泥减量化效果。

And the ribosomal intergenic sequence analysis(RISA) was used to show the changes of microbial community during the period.

并采核糖体基因间隔序列分析技术(RISA)解析了高效投加前后污泥系统的群落变化。

The technology on anaerobic fermentation can achieve two destinations——preventing and curing pollution and making use of solid rejectamenta.

厌氧消化技术能够实现废弃物污染防治和综合利的双重目标,是污泥处理与处置的发展趋势。

Respirometry is very widely used to characterize the activated sludge system and to control its operation in wastewater treatment plant.

在监测污水处理厂活性污泥系统的状态,控制其运行时,人们广泛采了呼吸测量法。

The paper introduces their salt-tolerance mech anism and research progress regarding conventional anaerobic or aerobic sludge, halophile and salt-tolerant yeast.

针对处理含盐废水的几类种:普的厌氧或好氧污泥、盐和耐盐酵母,分别阐述了其耐盐机理和研究进展。

It was found that the removel of phenol, CN , and COD in 40-60 C range is as high as mesophile temperature.

在40～60℃内能有效地去除废水中酚、氰和COD,活性比温大,污泥沉降性能好,剩余污泥少。

This paper made a study of the variety regulation of pathogens in the activated sludge through biological fermentation using Aspergillus niger as zymophyte.

采黑曲霉为发酵剂对活性污泥进行全程无公害处理并对各种病原的生长变化进行监测。结果表明病原总量在发酵过程中呈"马鞍型"变化。

Because the su lage contains a mass of the pathogeny and it is whiffy even disposed, it repollute the water in case of disposed incorrectly.

由于污泥成分的复杂，对环境的污染日益加重，因而污泥处理技术已经成为重要的环保课题之一。

The respirometric activities of sludge before and after tame have been determined by the BOD Track, and the activity could be expressed by first slope of respirometric curve.

采BOD测定仪连续测定了驯化前后污泥耗氧曲线,采第一段斜率表征污泥呼吸活性。并过电镜观察驯化过程生物相的状况。

The state point analysis can be used in the design and operation analysis of the activated sludge system as the RAS ratio, overflow rate and settling characteristics of flocci are varying.

当回流比、溢流率和絮体沉降特性处于变化中时,可“状态点”的概念对活性污泥—沉淀系统进行设计工作和系统分析。

And ORTT and OURO in the adhesive growth type of MBR was lower than that in the suspended growth type of MBR, but OURN was higher in the adhesive growth type of MBR than before.

胞外多聚物（ECP）是微生物代谢的重要产物，较高污泥浓度MBR中单位重量污泥产生的ECP要远远大于低污泥浓度MBR中的ECP，且较高的ECP含量易加重膜污染。

Static experiments were carried out to study the effects of ozonic disintegration characteristics of waste activated sludge.

为研究臭氧破解污泥后对污泥影响,在污泥中通入臭氧进行污泥破解静态实验。

The effect of excess sludge reduction by uncoupler of 2,4-dechlorophenol(DCP) was studied using Sequencing Batch Reactor.

采序批式污泥反应器试验研究了解偶联剂2,4-二氯酚(DCP)污泥减量化效果。

And the ribosomal intergenic sequence analysis(RISA) was used to show the changes of microbial community during the period.

并采核糖体基因间隔序列分析技术(RISA)解析了高效菌投加前后污泥群落变化。

The technology on anaerobic fermentation can achieve two destinations——preventing and curing pollution and making use of solid rejectamenta.

厌氧消化技术能够实现废弃物污染防治和综合利双重目标,是污泥处理与处置发展趋势。

Respirometry is very widely used to characterize the activated sludge system and to control its operation in wastewater treatment plant.

在监测污水处理污泥状态,控制其运行时,人们广泛采了呼吸测量法。

The paper introduces their salt-tolerance mech anism and research progress regarding conventional anaerobic or aerobic sludge, halophile and salt-tolerant yeast.

针对处理含盐废水几类菌种:普通厌氧或好氧污泥、盐菌和耐盐酵母菌,分别阐述了其耐盐机理和研究进展。

It was found that the removel of phenol, CN , and COD in 40-60 C range is as high as mesophile temperature.

嗜热菌在40～60℃内能有效地去除废水中酚、氰和COD,比嗜温菌大,污泥沉降能好,剩余污泥少。

This paper made a study of the variety regulation of pathogens in the activated sludge through biological fermentation using Aspergillus niger as zymophyte.

采黑曲霉为发酵剂对污泥进行全程无公害处理并对各种病原菌生长变化进行监测。结果表明病原菌总量在发酵过程中呈"马鞍型"变化。

Because the su lage contains a mass of the pathogeny and it is whiffy even disposed, it repollute the water in case of disposed incorrectly.

由于污泥成分复杂，对环境污染日益加重，因而污泥处理技术已经成为重要环保课题之一。

The respirometric activities of sludge before and after tame have been determined by the BOD Track, and the activity could be expressed by first slope of respirometric curve.

采BOD测定仪连续测定了驯化前后污泥耗氧曲线,采第一段斜率表征污泥呼吸。并通过电镜观察驯化过程生物相状况。

The state point analysis can be used in the design and operation analysis of the activated sludge system as the RAS ratio, overflow rate and settling characteristics of flocci are varying.

当回流比、溢流率和絮体沉降特处于变化中时,可“状态点”概念对污泥—沉淀进行设计工作和分析。

And ORTT and OURO in the adhesive growth type of MBR was lower than that in the suspended growth type of MBR, but OURN was higher in the adhesive growth type of MBR than before.

胞外多聚物（ECP）是微生物代谢重要产物，较高污泥浓度MBR中单位重量污泥产生ECP要远远大于低污泥浓度MBR中ECP，且较高ECP含量易加重膜污染。

Static experiments were carried out to study the effects of ozonic disintegration characteristics of waste activated sludge.

为系统研究臭氧破解污泥后对污泥的影响,污泥中通入臭氧进行污泥破解静态实验。

The effect of excess sludge reduction by uncoupler of 2,4-dechlorophenol(DCP) was studied using Sequencing Batch Reactor.

采序批式污泥反应器试验研究了解偶联剂2,4-二氯酚(DCP)的污泥减量化果。

And the ribosomal intergenic sequence analysis(RISA) was used to show the changes of microbial community during the period.

并采核糖体基因间隔序列分析技术(RISA)解析了高菌投加前后污泥系统的群落变化。

The technology on anaerobic fermentation can achieve two destinations——preventing and curing pollution and making use of solid rejectamenta.

厌氧消化技术能够实现废弃物污染防治和综合利的双重目标,是污泥处理与处置的发展趋势。

Respirometry is very widely used to characterize the activated sludge system and to control its operation in wastewater treatment plant.

监测污水处理厂污泥系统的状态,控制其运行时,人们广泛采了呼吸测量法。

The paper introduces their salt-tolerance mech anism and research progress regarding conventional anaerobic or aerobic sludge, halophile and salt-tolerant yeast.

针对处理含盐废水的几类菌种:普通的厌氧或好氧污泥、盐菌和耐盐酵母菌,分别阐述了其耐盐机理和研究进展。

It was found that the removel of phenol, CN , and COD in 40-60 C range is as high as mesophile temperature.

嗜热菌40～60℃内能有去除废水中酚、氰和COD,比嗜温菌大,污泥沉降能好,剩余污泥少。

This paper made a study of the variety regulation of pathogens in the activated sludge through biological fermentation using Aspergillus niger as zymophyte.

采黑曲霉为发酵剂对污泥进行全程无公害处理并对各种病原菌的生长变化进行监测。结果表明病原菌总量发酵过程中呈"马鞍型"变化。

Because the su lage contains a mass of the pathogeny and it is whiffy even disposed, it repollute the water in case of disposed incorrectly.

由于污泥成分的复杂，对环境的污染日益加重，因而污泥处理技术已经成为重要的环保课题之一。

The respirometric activities of sludge before and after tame have been determined by the BOD Track, and the activity could be expressed by first slope of respirometric curve.

采BOD测定仪连续测定了驯化前后污泥耗氧曲线,采第一段斜率表征污泥呼吸。并通过电镜观察驯化过程生物相的状况。

The state point analysis can be used in the design and operation analysis of the activated sludge system as the RAS ratio, overflow rate and settling characteristics of flocci are varying.

当回流比、溢流率和絮体沉降特处于变化中时,可“状态点”的概念对污泥—沉淀系统进行设计工作和系统分析。

And ORTT and OURO in the adhesive growth type of MBR was lower than that in the suspended growth type of MBR, but OURN was higher in the adhesive growth type of MBR than before.

胞外多聚物（ECP）是微生物代谢的重要产物，较高污泥浓度MBR中单位重量污泥产生的ECP要远远大于低污泥浓度MBR中的ECP，且较高的ECP含量易加重膜污染。