VINETA

Innovative low-pressure membrane processes as a modular solution for decentralized water treatment

Grant recipient

  • Technische Universität Berlin
  • MARTIN Systems GmbH

Cooperations

  • GIZ Suva, Fiji (GIZ)
  • University of South Pacific (USP)
  • Palau Public Utilities Cooperation
  • Majuro Water and Sewer Company

Term

ongoing

11/01/2021 to 10/31/2024

Priority areas

  • Cross-sectional technologies
  • Water and waste water management

Funding priority

Pilot and model projects abroad

Target countries

Fiji, Marshall Islands, Palau

Water is ubiquitous in the North and South Pacific Islands and an important part of the local culture. The region is comprised of several sovereign states, most of which are distributed over many small islands and atolls providing limited natural resources. As a result of climate change, these islands, and their local inhabitants are highly affected by the negative consequences associated with rising seawater levels. Due to dramatic changes in the rainfall patterns droughts are becoming more common and last longer, in some cases up to several months, which severely impacts the water supply on many Pacific Islands.

The aim of VINETA is to analyse and improve drinking water treatment in selected states of Oceania. A needs assessment serves to select three application cases of different sizes. The assessment considers open spaces, i.e. on existing water reservoirs, to allow decentralized power supply via solar energy. Thus, the drinking water treatment can be decoupled from the power grid when certain conditions are met. Consecutively, integrated solutions are developed which will be discussed and optimized with local stakeholders. When the conceptual designs are completed, one application case is selected, and the low-pressure membrane filtration is demonstrated on location. This technology was developed to maturity by Martin Systems GmbH and first applied in the water backpack “PAUL”. This is a portable water filtration unit for use in disaster areas that works without electricity. Subsequently, the AQUA CUBE was developed in a ZIM project sponsored by the German Federal Ministry of Economics and Technology. It is available since 2017 and is designed for continues treatment of surface water in rural areas. In this project, the technology is adapted to the special requirements of decentralized and isolated operation in Oceania. In addition to the demonstration, an information package for stakeholders and training materials for local operators are developed during the project. This facilitates the sustainable operation and the dissemination of the technology in the spirit of the sustainable development goals.

Contact

Prof. Dr.-Ing. Sven-Uwe Geißen Technische Universität Berlin
Institute of Environmental Technology - Chaire of Environmental Process Engineering
Straße des 17. Juni 135
10623 Berlin
+49 30 314-25086 Email