XU Bing-feng

Kunming University of Science and Technology

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Ming Zhou

Xiangya Hospital Central South University

Zhigang Song

Kunming University of Science and Technology

Yun Bai

Inner Mongolia University of Technology

Zhihao Wang

Beijing Institute of Technology

Jin Zhang

South China Normal University

Rong-yi Ding

Kunming University of Science and Technology

Du Yu

Yunnan Agricultural University

Song Peizhong

Kunming University of Science and Technology

Lirong He

Sichuan University

Du Kun

Gansu Research Academy of Forestry Science and Technology

Cooperative Institutions

Kunming University of Science and Technology

Chinese Academy of Sciences

China University of Mining and Technology

Central South University

China University of Petroleum, East China

Shaanxi Provincial Land Engineering Construction Group

Beijing Institute of Technology

Hohai University

Yunnan Agricultural University

Children's Hospital of Fudan University

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On Infiltrative form Technology for Rainwater Collection and Use

Ecological Economy (2006)

XU Bing-feng

Traditional roadway rainwater drain system is one reason of city waterlogs,but the infiltrative form technology for rainwater collection and use has the advantage as follows.It can restrain stream of rainstorm,prolong conflux time and reduce seeped in roadway.These characteristics play important role in disaster prevention and decrease.This paper summarizes the principle and characteristic of the technology.The design key point was discussed.This technology is green,effective and has good prospects.

Rainwater Harvesting

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Erratum for “Direct Inversion Algorithm for Pipe Resistance Coefficient Calibration of Water Distribution Systems” by Kun Du, Rong-yi Ding, Zhi-hao Wang, Zhi-gang Song, Bing-feng Xu, Ming Zhou, Yun Bai, and Jin Zhang

Journal of Water Resources Planning and Management (2018)

Kun Du Rong-yi Ding Zhihao Wang Zhigang Song XU Bing-feng

10.1061/(asce)wr.1943-5452.0000989

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Research status of diatomite modification and its application in wastewater treatment

Industrial Water & Wastewater (2010)

XU Bing-feng

Diatomite is a widely used non-metallic mineral.The basic characteristics,adsorption mecha-nisms of diatomite was presented,the methods for diatomite modification and the research status of modified diatomite in wastewater treatment were summarized,and the future development tendency of the said material was pointed out at the same time.

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Experimental Analysis on Urban Sewage Reuse Process after Advanced Treatment

Nonferrous Metals Design (2004)

XU Bing-feng

The process and results of a pilot test for treating urban sewage are discussed in the paper. Experimental results show that the sewage treatment process is feasible and reliable because after treatment, outlet water quality can meet Grade I discharge standard. The experiment also provides a scientific and effective basis for project design and implementation.

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Design of Demonstrative Project on the Recycleof Urban Wastewater

Nonferrous Metals Design (2004)

XU Bing-feng

Taking the demonstrative project of recycling wastewater of Gejiu City as the example,the article briefly introduces the neccessity of building urban wastewater recycle project in order to ensure the water supply for both production and afforestation.Besides,it descries emphatically the technology of submerged ceramic particle bio-filtration pool and the design of its relevant auxiliarty projects.

Afforestation

Demonstrative

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Improvement of Traditional Separation Tank and Development of Intelligent Separation Tank

Li Xiangwan XU Bing-feng Wu Xue Xin Chen Song Peizhong

Catering wastewater is a high concentration of pollution source. Treatment of catering wastewater properly, will breed a lot of bacteria and microorganism, become disease transmission source. At present, most catering enterprises use traditional oil separating tank handle catering wastewater, But the treatment effect is less than ideal. With the development of the market and the policy needs, improving the traditional oil separation tank and promotion of intelligent oil separation tank is imminent. Intelligent oil pool with four leading technology: automatic scraping oil system, floating device, heating system, water pump belt section. Intelligent separation tank is one of the main equipment, in a new generation of intelligent system, the operation is simple and convenient, the treatment effect is greatly improved. It is suitable for animal and plant oil wastewater treatment, can also be applied to industrial wastewater containing mineral oil processing. This paper starts from the general situation of catering wastewater quality and treatment effect of traditional oil separating tank, put forward the corresponding control measures in catering wastewater, and analysis of the development to promote advantages of intelligent separation tank.

Oil tank

Separation (statistics)

10.1109/icmtma.2015.143

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Discussion on Sewage Sludge Disposal Scheme in Kunming City

Environmental Science & Technology (2012)

XU Bing-feng

Urban sewage processing produces the sludge output is huge moreover the ingredient to be complex,how to avoid the two pollution and use the active ingredients in the sludge rationally,already became one of world hot spot difficult problems.Set about sludge treatment technique by reducing,sanitizing and recycling the sludge.This article analyzes the sludge treatment and disposal technology,combined with the Kunming city sewage treatment plant sludge treatment current situation,discuss Kunming city for the long-term development of sludge disposal method.

Sewage sludge

Sewage farm

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Direct Inversion Algorithm for Pipe Resistance Coefficient Calibration of Water Distribution Systems

Journal of Water Resources Planning and Management (2018)

Kun Du Rong-yi Ding Zhihao Wang Zhigang Song XU Bing-feng

To enable a water distribution system (WDS) model to yield predictions with a reasonably good match to measurements, pipe resistance coefficients (PRCs) of the model often need to be calibrated. The majority of methods developed recently solve the PRCs' calibration problem using evolutionary algorithms. The common feature of these methods is to perform the forward computation (i.e., solve the traditional hydraulic equation of networks) repeatedly to search optimal solutions. This paper presents a direct inversion algorithm for PRC calibration of WDSs, which has an identical framework with a global gradient algorithm (GGA) that has been proved to be the most effective method to solve networks and adopted by EPANET. Therefore, all advantages of GGA can be extended in terms of high computational efficiency and convergence, as well as being easy to understand and program. In addition, under the proposed framework, uncertainties propagated from measurement noises, nodal demand uncertainties, and model simplification errors to the estimates can be quantified individually or simultaneously in a flexible manner, enabling the identification of uncertainties source, as well as which kind of effort is preferred to reduce them. Three networks are applied to validate the proposed algorithm. Encouraging results achieved demonstrate that the proposed algorithm is valid for the calibration and uncertainty qualification of PRCs, as well as the uncertainty source identification.

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10.1061/(asce)wr.1943-5452.0000948

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Citations (21)

事前情報に基づく給水管網の抗力係数の識別【JST・京大機械翻訳】

Tumu Jianzhu yu Huanjing Gongcheng (2018)

Ren Ganghong Du Kun Lirong He XU Bing-feng Du Yu

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サイバー物理システムのための最小防衛コスト計算法【JST・京大機械翻訳】

IEEE Conference Proceedings (2019)

XU Bing-feng Zhong Zhicheng He Gaofeng

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