Submission and Conference Topics

Keydates

  • First announcement and call for abstracts
    19-01-2026

  • Deadline for submission of extended abstracts
    30-09-2026

  • Date for notification of successful authors
    28-02-2027

  • Deadline for submission of revised extended abstracts
    31-05-2027

  • Early bird registration before
    01-06-2027

Abstract submission is open until 30ᵗʰ September, 2026 via ConfTool.

All abstracts should be written in the official template.

All submissions should be original and not been previously accepted for publication in a journal. Authors whose abstracts are selected will be invited to give an oral presentations or a poster presentation at the conference. The authors will be notified of acceptance by 28ᵗʰ February 2027.

Conference Topics

PURPOSE AND SUBJECTS

The Vienna 2027 edition will continue the long-standing tradition of bringing together engineers, scientists, operators, and decision-makers from all over the world to share insights on the design, operation and costs of large wastewater treatment plants.

As cities continue to grow and climate change places increasing pressure on critical infrastructure, the role of large wastewater treatment plants is undergoing a profound transformation. No longer viewed merely as the endpoint of urban water cycles, these facilities are becoming integral to building resilient and sustainable cities. The conference will reflect this evolution by addressing how LWWTPs can be designed and operated to respond flexible to changing loads, extreme weather events, and stricter regulatory demands. The growing integration of climate adaptation, energy recovery, and resource efficiency will be key themes, alongside real-world strategies for ensuring long-term reliability. The digital transformation of the sector will also be in the spotlight. Topics range from real-time process optimization and AI-assisted decision-making to the practical deployment of smart systems.

Join us in Vienna to shape the future of large wastewater treatment – innovative, adaptive, and sustainable.

  • 1. Design & operation of large WWTPs

    • wastewater treatment in large cities
    • appropriate technologies for developing countries
    • strategies for achieving low effluent nutrient level
    • crisis management (e.g. blackout, supply chain…)
    • WWTP resilience to climate change (e.g. floods)
    • instrumentation, control, automation & cyber security
    • construction and investment cost optimization
    • CFD & process modelling
  • 2. Management, monitoring & reporting

    • asset management and strategic planning
    • cost implications and funding mechanisms for plant upgrading
    • benchmarking
    • monitoring & reporting for GHG emissions on WWTPs
  • 3. Sewage sludge handling

    • modern approaches to sludge processing
    • energy recovery
    • reject water treatment
    • sludge incineration & phosphorous recovery
  • 4. Optimisation of large WWTPs

    • implementation of advanced wastewater treatment technologies
    • organic micropollutant removal
    • use of membranes in wastewater treatment
    • intensification of treatment (granular sludge, attached growth, hybrid systems)
    • cost- and energy-effective operation
  • 5. Future-oriented technologies

    • energy system integration for large WWTPs (sector coupling)
    • AI applications in WWTP design and operation
    • retrofitting and plant upgrading to meet new regulations
    • nutrient recovery
    • water reuse