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"Abstract:"Emphasizing new technologies that produce clean water and energy from the wastewater treatment process, this book presents recent advancements in wastewater treatment by various technologies such as chemical methods, biochemical methods, membrane separation techniques, and nanotechnology. It addresses sustainable water reclamation, biomembrane treatment processes, advanced oxidation processes, and applications of nanotechnology for wastewater treatment. It also includes integrated cost-based design methodologies. Equations, figures, photographs and tables are included within the chapters to aid reader comprehension. Case studies and examples are included as well"-"

"Terbatasnya penyediaan air di Jakarta khususnya untuk pemenuhan kebutuhan air dikawasan Industri Pulogadung mengharuskan pengelola kawasan mulai memikirkan langkah-langkah untuk memastikan ketersediaan air bagi kelangsungan proses di Industri. Salah satu langkah yang dapat dilakukan adalah mengolah air buangan menjadi air daur ulang. Untuk mengolah air buangan diperlukan data karakteristik air buangan baik kualitas maupun kuantitasnya sehingga dapat disusun skenario pengolahan dan pemakaian air daur ulang. Proses pengolahan air buangan terdiri dari pretreatment, pengolahan primer dan pengolahan lanjutan. Tiga skenario pengolahan dan pemakaian air daur ulang yang digunakan adalah pemakaian air untuk kebutuhan domestik nonpotable, pengolahan air lanjutan menggunakan teknologi ultrafiltrasi dan pengolahan air lanjutan menggunakan teknologi trickling filter. Hasil perhitungan desain skenario 1 untuk pemenuhan kebutuhan air domestik nonpotable dengan baku mutu U.S. EPA kekeruhan ≤ 2 NTU dan BOD≤ 10 mg/l didapat hasil kekeruhan 1.4 NTU dan BOD = 7.1 mg/l dengan debit air 12122.8 m3 /hari pada debit desain harian maksimum dan 4180.3 m3 /hari pada debit desain harian rata-rata, hasil perhitungan desain skenario 2 untuk pemenuhan kebutuhan air di kawasan industri Pulogadung menggunakan baku mutu air kelas 1 PP No. 82 Tahun 2001 dengan kandungan TSS = 50 mg/l, BOD = 2 mg/l dan COD = 10 mg/l didapat hasil kandungan TSS = 0.1 mg/l, BOD = 0.9 mg/l dan COD = 3.5 mg/l dengan debit air 8486 m3 /hari pada debit design harian maksimum dan 2926.2 m3 /hari pada debit desain harian ratarata sedangkan skenario 3 tidak dapat diterapkan karena perhitungan desain organic loading rate tidak memenuhi kriteria. Dari hasil analisa biaya, skenario 1 pengolahan dan pemakaian air untuk pemenuhan kebutuhan domestik nonpotable menjadi pilihan utama dalam penelitian ini

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Lack of water supply in Jakarta especially for water supply in Pulogadung Industrial estate makes area manager begin to think about how to ensure the availability of water for industrial used. One step that can be done is treat wastewater into recycle water. To treat wastewater, effluent characteristics data both quality and quantity needed for arrange water usage and treatment scenario. Water treatment process consist of pretreatment, primary treatment and advanced treatment. Three scenarios processing and use recycle water are the use of water for nonpotable domestic needs, advanced water treatment using ultrafiltration technology and advanced water treatment with trickling filter technology. Result of design calculation scenario 1 to meet the needs of domestic nonpotable water with water quality standard U.S. EPA turbidity ≤ 2 NTU and BOD≤ 10 mg/l obtained result turbidity 1.4 NTU and BOD = 7.1 mg/l at 12122.8 m3 /day maximum daily flow design and at 4180.3 m3 /day average daily flow design, result of design calculation scenario 2 for Pulogadung Industrial estate water used with water quality standard class 1 PP No. 82 Tahun 2001 with TSS = 50 mg/l, BOD = 2 mg/l and COD = 10 mg/l obtained result TSS = 0.1 mg/l, BOD = 0.9 mg/l and COD = 3.5 mg/l at 8486 m3 /day maximum daily flow design and at 2926.2 m3 /day average daily flow design, scenario 3 can’t be applied because design calculation organic loading rate didn’t meet the criteria. From cost analysis, scenario 1 water usage for domestic nonpotable used become the first choice in this study."

"[This text provides significant orientations and criteria of success for the effective implementation and use of innovative technologies, notably on the importance of stakeholder ownership and the creation of entrepreneurial ecosystems which will enable their sustainability., This text provides significant orientations and criteria of success for the effective implementation and use of innovative technologies, notably on the importance of stakeholder ownership and the creation of entrepreneurial ecosystems which will enable their sustainability.]"

"The book features innovative scientific research by scientists, academicians and students, presented at the International Conference on Energy, Materials and Information Technology, 2017 at Amity University Jharkhand, India. Covering all the promising renewable energies and their related technologies, such as wind, solar and biomass energy, it compiles current important scientific research in this field and addresses how it can be applied in an interdisciplinary manner. The selected conference papers provide important data and parameters for utilizing the main potential renewable energies, and allowing an economic and environmental assessment.The book is a valuable resource for all those who are interested in the physical and technical principles of promising ways to utilize various renewable energies."

"A selection of the lectures and presentations made over three days by researchers and practitioners from different countries are presented here. A range of topics is covered including, business administration & economic environment, technological & organizational innovation, logistics & supply chain management, production & operations management, management systems & sustainability. The conference in Industrial Engineering (CIO) and its proceedings are an excellent platform for the dissemination of the outputs of the scientific projects developed in the frame of the international research and development plans."