Conceptual quality modelling and integrated control of combined urban drainage system

This paper presents the first results of conceptual quality modelling approach oriented to the integrated real-time control (RTC) strategy for urban drainage networks (UDN) and wastewater treatment plants (WWTP) developed in the European project LIFE EFFIDRAIN (Efficient Integrated Real-time Control in Urban Drainage and Wastewater Treatment Plants for Environmental Protection). Model predictive control (MPC) has been selected as a proper RTC to minimize the polluting discharge in case of raining events. The simulator SWMM5 was modified to integrate a lumped conceptual model for total suspended solids (TSS) called SWMM-TSS, which has been used as virtual reality for calibration and validation of the proposed modelling approaches in Perinot network, a real case study in Bordeaux.Peer ReviewedPostprint (author's final draft

Continuing the Paul Mission for the Gentiles in the New Era

The research in this paper seeks to find some thought as a product of research that examines the important role of Paul's mission in the early church planting. In addition, this article will examine the pattern of Paul's mission so that church growth is very sporadic. The purpose of this research is to show that Paul's success strategy in mission is very worthy and interesting to be researched and studied, so that it becomes a cornerstone for the church today to continue Paul's mission pattern. Methodology in this research is going to use the theory of Francis Watson which based on the freedom of Paul mission, and also it want to take advantage based on the theory of Terence L. Donaldson that stated the universalism of Paul mission. This research shows that through God's help, Paul succeeded in establishing Gentiles churches. The churches today may learn that the preaching of the Gospel to the new generation today has its own challenges, because the different context. Another thing that today's church needs to learn is that Paul's passion and strategy in his mission has enabled him to build churches for other nations in various places for the glory of Christ.Penelitian dalam tulisan ini hendak berupaya menemukan beberapa refleksi sebagai hasil riset yang meneliti tentang peran penting misi Paulus terhadap perintisan gereja perdana. Selain itu, risalah ini hendak meneliti bagaimana pola misi Paulus sehingga pertumbuhan gereja sangat sporadis. Tujuan penelitian ini adalah hendak menunjukkan bahwa strategi keberhasilan Paulus dalam misi sangat layak dan menarik untuk diteliti dan dipelajari, agar menjadi batu penjuru bagi gereja masa kini untuk melanjutkan pola misi Paulus. Teologi misi Paulus yang berkaitan dengan pekerjaan misionaris yang dia layani saat itu. Tulisan ini mencoba menggunakan perspektif Francis Watson tentang kebebasan misi rasul Paulus. Selain itu juga didasarkan pada teori Terence L. Donaldson yang menyatakan tentang universalisme dari misi Paulus. Metodologi dalam penelitian ini akan menggunakan teori Francis Watson yang didasarkan pada kebebasan misi Paulus, serta ingin memanfaatkan teori Terence L. Donaldson yang menyatakan universalisme misi Paulus. Penelitian ini memperlihatkan bahwa melalui pertolongan Tuhan, Paulus berhasil mendirikan gereja-gereja non-Yahudi. Manfaat bagi gereja masa kini adalah bahwa Pemberitaan Injil bagi generasi era baru saat ini memiliki tantangan tersendiri karena konteksnya tidak sama lagi dengan era Paulus. Hal lain yang perlu dikaji oleh gereja era masa kini adalah semangat dan strategi Paulus dalam misinya, telah memampukannya membangun gereja-gereja bagi bangsa-bangsa lain untuk kemuliaan Kristus

Conceptual quality modelling and integrated control of combined urban drainage system

Trabajo presentado a la 12th IWA Specialized Conference on Instrumentation, Control and Automation, celebrada en Québec (Canada) del 11 al 14 de junio de 2017.This paper presents the first results of conceptual quality modelling approach oriented to the integrated real-time control (RTC) strategy for urban drainage networks (UDN) and wastewater treatment plants (WWTP) developed in the European project LIFE EFFIDRAIN (Efficient Integrated Real-time Control in Urban Drainage and Wastewater Treatment Plants for Environmental Protection). Model predictive control (MPC) has been selected as a proper RTC to minimize the polluting discharge in case of raining events. The simulator SWMM5 was modified to integrate a lumped conceptual model for total suspended solids (TSS) called SWMM-TSS, which has been used as virtual reality for calibration and validation of the proposed modelling approaches in Perinot network, a real case study in Bordeaux.The authors wish to thank the support received by the European Commission research grant of project LIFE EFFIDRAIN (LIFE14 ENV/ES/000860) The authors also want to thank Bordeaux Metropole and Aigues de Barcelona for the financial and technical support.Peer Reviewe

Conceptual quality modelling and integrated control of combined urban drainage system

This paper presents the first results of conceptual quality modelling approach oriented to the integrated real-time control (RTC) strategy for urban drainage networks (UDN) and wastewater treatment plants (WWTP) developed in the European project LIFE EFFIDRAIN (Efficient Integrated Real-time Control in Urban Drainage and Wastewater Treatment Plants for Environmental Protection). Model predictive control (MPC) has been selected as a proper RTC to minimize the polluting discharge in case of raining events. The simulator SWMM5 was modified to integrate a lumped conceptual model for total suspended solids (TSS) called SWMM-TSS, which has been used as virtual reality for calibration and validation of the proposed modelling approaches in Perinot network, a real case study in Bordeaux.Peer Reviewe

Efficient integrated model predictive control of urban drainage systems using simplified conceptual quality models

Integrated control of urban drainage systems considering urban drainage networks (UDN), wastewater treatment plants (WWTP) and the receiving environment seeks to minimize the impact of combined sewer overflow (CSO) to the receiving environment during wet weather. This paper will show first results of the integrated control of UDN and WWTP, obtained by LIFE-EFFIDRAIN, which is a collaborative project between academia and industry in Barcelona (Spain) and Bordeaux (France). Model predictive control (MPC) is applied for strategy optimization using conceptual hydraulic and quality variables, where the total suspended solid (TSS) concentration is selected as a representive of water quality. SWMM5 integrated with a lumped conceptual model of TSS (SWMM-TSS) is applied as virtual reality. The Perinot sewer network from Bordeaux is used as a case study for functional demonstration.Peer Reviewe

Efficient integrated model predictive control of urban drainage systems using simplified conceptual quality models

Integrated control of urban drainage systems considering urban drainage networks (UDN), wastewater treatment plants (WWTP) and the receiving environment seeks to minimize the impact of combined sewer overflow (CSO) to the receiving environment during wet weather. This paper will show first results of the integrated control of UDN and WWTP, obtained by LIFE-EFFIDRAIN, which is a collaborative project between academia and industry in Barcelona (Spain) and Bordeaux (France). Model predictive control (MPC) is applied for strategy optimization using conceptual hydraulic and quality variables, where the total suspended solid (TSS) concentration is selected as a representive of water quality. SWMM5 integrated with a lumped conceptual model of TSS (SWMM-TSS) is applied as virtual reality. The Perinot sewer network from Bordeaux is used as a case study for functional demonstration.Peer ReviewedPostprint (author's final draft

Conceptual quality modelling and integrated control of combined urban drainage system

This paper presents the first results of conceptual quality modelling approach oriented to the integrated real-time control (RTC) strategy for urban drainage networks (UDN) and wastewater treatment plants (WWTP) developed in the European project LIFE EFFIDRAIN (Efficient Integrated Real-time Control in Urban Drainage and Wastewater Treatment Plants for Environmental Protection). Model predictive control (MPC) has been selected as a proper RTC to minimize the polluting discharge in case of raining events. The simulator SWMM5 was modified to integrate a lumped conceptual model for total suspended solids (TSS) called SWMM-TSS, which has been used as virtual reality for calibration and validation of the proposed modelling approaches in Perinot network, a real case study in Bordeaux.Peer Reviewe

Efficient integrated model predictive control of urban drainage systems using simplified conceptual quality models

Integrated control of urban drainage systems considering urban drainage networks (UDN), wastewater treatment plants (WWTP) and the receiving environment seeks to minimize the impact of combined sewer overflow (CSO) to the receiving environment during wet weather. This paper will show first results of the integrated control of UDN and WWTP, obtained by LIFE-EFFIDRAIN, which is a collaborative project between academia and industry in Barcelona (Spain) and Bordeaux (France). Model predictive control (MPC) is applied for strategy optimization using conceptual hydraulic and quality variables, where the total suspended solid (TSS) concentration is selected as a representive of water quality. SWMM5 integrated with a lumped conceptual model of TSS (SWMM-TSS) is applied as virtual reality. The Perinot sewer network from Bordeaux is used as a case study for functional demonstration.Peer Reviewe