Jahrgänge

• Volume 165.2024
• Volume 164.2023
• Volume 163.2022
• Volume 162.2021
• Volume 161.2020
• Volume 160.2019
• Volume 159.2018
• Volume 158.2017
• Volume 157.2016
• Volume 156.2015
  • Heft: 1
  • Heft: 10
  • Heft: 11
  • Heft: 12
  • Heft: 2
  • Heft: 3
  • Heft: 4
  • Heft: 5
  • Heft: 6
  • Heft: 7-8
  • Heft: 9
  • Heft: Sonderheft 1
    • • • Körner, Marie
        • Reik, Jochen
        • Wummel, Jürgen
      • Facilitating Stakeholder Participation and Ownership
      • Sharing Experience from the Stakeholder Participation Programme of the Central Tajik Water Rehabilitation Project
      • 99-104
      • • [1.7 MB]
    • • • Worst, Matthias
      • Technology Transfer Water Project
      • International Exchange of Experience on the Topic of Water Management
      • 96-98
      • • [1.13 MB]
    • • • Sartor, Monika
      • Pump Technology made in Germany
      • Wastewater Engineering in China
      • 94-95
      • • [1.36 MB]
    • • • Börries, Ann
      • Sustainable Energy Concept for Hungarian Sewage Plant
      • Energy Supply ensured, Power saved
      • 90-93
      • • [1.26 MB]
    • • • Studer, Urs
      • Lighthouse Project in the Medieval Protected Historic Old Town of Salzburg in Austria
      • Using Water and Waste Water for Recooling
      • 89
      • • [558.22 KB]
    • • • Pappenberger, Nadja
        • Brito, Geanne
      • The Cleartec® System
      • Application in the Sewage Plant Kelleramt in Switzerland
      • 86-88
      • • [1.15 MB]
    • • • Albrecht, Michael
      • Fully Automated Methods for Pump-Conveyance of Problematical Sludges
      • Lijao Sewage Treatment Plant in Guangzhou, China
      • 81-83
      • • [1.15 MB]
    • • • Hartwig, Peter
      • New Concepts for Economic and Energy Efficient Wastewater and Sludge Treatment
      • Example Enlargement of the Wastewater Treatment Plant Ljubljana
      • 77-80
      • • [1.51 MB]
    • • • Kaltenhäuser, Gunter
        • Saalow, Mario
      • Complex Rehabilitation Project in Sydney
      • Alphaliner System and UV Curing Technology proves its Worth in Egg Profile Rehabilitation in Residential Area
      • 74-76
      • • [896.22 KB]
    • • • Hunt, Nick
        • Neumann, Fred
        • Hagan, Kieran
      • Huber Technology upgrades the Inlet Works at Duncrue Street, Belfast
      • A Wastewater Case Study
      • 71-73
      • • [851.16 KB]
    • • • Peters, Ralf
        • Dittmann, Margit
      • Russian Mining Company relies on German Technology from P&P Dosiertechnik
      • Company from the Lower Rhine Area provides big Russian Company with Polymer Make-up and Dosing Equipment
      • 68-70
      • • [1.05 MB]
    • • • Peters, Ralf
        • Dittmann, Margit
      • Bodycote relies on Zero Liquid Discharge Production
      • Vacuum Distillation Technology in Bodycote Värmebehandling AB in Vellinge, Sweden
      • 66-70
      • • [1.75 MB]
    • • • Akhmerov, Salim
        • Battagello, Gioia
        • Koppe, Jan
        • Koppe, Jürgen
        • Kalinin, Nikolai
        • Thielemann, Joachim
      • Energy-efficient Water Treatment
      • German Technology in Russian Chemical Plants and Refineries
      • 62-65
      • • [928.83 KB]
    • • Flood Protection for a City in the Desert
      • Project Hafar Al-Batin in Saudi Arabia
      • 6-9
      • • [1.1 MB]
    • • • Ringelstein, Oliver
      • The Challenge of Water Hygiene
      • Aqua free Membrane Technology GmbH offers professional Solutions for the Medical Sector
      • 56-61
      • • [1.28 MB]
    • • • Gunkel, Günter
        • Scheideler, Michael
        • Michels, Biol Ute
      • Invertebrates in Drinking Water Distribution Systems
      • Filter System for Hydrant Sampling and CO2-Flushing for Elimination of Water Bugs
      • 52-55
      • • [1.35 MB]
    • • • Kuschel, Lars
        • Driel, Falco van
      • Geophysical Investigation of Subsidence around Wells in the Ridderkerk Well Field
      • 48-51
      • • [1.6 MB]
    • • • Huainig, Michael
        • Petschnig, Sylvia
      • Detection of Minor Leakage in a Drinking Water Power Plant Pipeline
      • Project in the South Tyrolean community Mals in Italy
      • 44-47
      • • [1.12 MB]
    • • “Internationally, our standards meet the highest demands”
      • 4-5
      • • [696.79 KB]
    • • • Hobohm, Stephan
      • The Horizontal Direction Drilling Technique at DN 500
      • Horizontal Directional Drilling with Ductile Iron Pipes – Process Description, Advantages, Fields of Application, Examples
      • 37-43
      • • [2.05 MB]
    • • • Brugger, Manfred
        • Paskert, Peter
      • Expansion of the Ozone Bio-Filtration System for Drinking Water Treatment of a Norwegian Island Municipality
      • 32-36
      • • [1.65 MB]
    • • • Kranzioch, Irene
        • Tiehm, Andreas
        • Lijing,, Wang
        • Binghui, Zheng
        • Daqiang, Yin
      • Chinese-German Cooperation
      • 28-31
      • • [1.45 MB]
    • • • Riehle, Edmund
      • From Hunted to Hunter: How one Water Company achieved a Tenfold Decrease in Water Leakage from 36 % to 3.7 %
      • About Service des Eaux de la Ville de Luxembourg
      • 25-27
      • • [1.08 MB]
    • • • Suresh, Sandra
      • Quality Control of Potable Water through Automatic Particle Counting
      • Faster and more differentiated than Turbidimetry
      • 22-24
      • • [1.84 MB]
    • • • Weixler, Annette
        • Keil, Mario
      • A Modern Monitoring Network in the Indian Ocean
      • German Know-how creates a Sustainable System Solution for the Sri Lankan Water Management Authorities
      • 18-21
      • • [1.33 MB]
    • • • Wunsch, Carla
      • Intelligence saves Expenses: Bilfinger Controlling System for Switzerland and Luxembourg
      • 14-17
      • • [1.92 MB]
    • • • Stratemann, Joel
      • Secure Access to a Water Treatment Plant’s SCADA Network
      • Sharp Reduction in Maintenance Times
      • 10-13
      • • [1.55 MB]
    • • • Hofelich, Markus
      • Water Technology “Made in Germany”
      • 1
      • • [677.16 KB]
  • Heft: Sonderheft 2
• Volume 155.2014