During the first WOW! PHA meeting the plans for the build of the PHA pilot were presented by TU Kaiserslautern. Avans shared the first extraction results and compared two PHA accumulation experiments, and what this could implicate for the PHA pilot. Read More
WOW! - Wider business Opportunities for raw materials from Wastewater
Sewage contains valuable substances that can be used as raw materials for biobased products. However, in North West Europe this potential is hardly exploited yet. This results in loss of valuable materials, increased CO2-emmissions and less use of natural resources. The Interreg North-West Europe project WOW! - Wider business Opportunities for raw materials from Waste water (sewage) - aims to make the transition to a more circular approach by matching supply and demand of cellulose, lipids and PHA bioplastics from sewage. The international consortium consists of partners from the UK, France, Belgium, Germany, Luxembourg, Finland, Ireland and the Netherlands.
Valuable materials from sewage
There are market opportunities for raw materials from sewage, but for this the sewage treatment plants and the industry need alignment. This calls for a transition: sewage treatment plants need to switch from treating sewage to producing valuable materials. On the other hand, market parties need to regard sewage as a valuable source instead of ‘dirty unsafe water’. Last but not least, the policies should better fit this new circular practice. To realize these opportunities the consortium aims to develop value chains for three different raw materials from sewage: cellulose, PHA bioplastics and lipids.
The following activities will be part of the project:
- Identify high potential value chains for raw materials from sewage.
- Develop a Decision Support Tool that guides sewage treatment plants in their transition towards a circular approach on sewage.
- Build and run three WOW! pilots to optimize and implement innovative recovery and upcycling techniques.
- Create bioproducts made out of sewage, such as bioplastics, biofuel and bio-char.
- Create national policy action plans and an EU policy roadmap.
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Wupperverbandsgesellschaft für integrale Wasserwirtschaft mbH
100 Untere Lichtenplatzer Str.
University of Kaiserslautern
University of Luxembourg
162 Avenue de la Faïencerie
124 De Schom
11 rue François ARAGO
Avans University of Applies Sciences
PO Box 90116
REMONDIS Aqua Industry
Flemish Institute for Technological Research
Pulsed Heat BV
Severn Trent Water Ltd.
2 St John’s St
Trinity College Dublin
Department of Civil, Structural & Environmental Engineering, Museum Building , D02 DK07 Dublin, Ireland
LAB University of Applied Sciences
Mukkulankatu 19, 15210 Lahti, Finland
Regional Water Authority Vallei en Veluwe
|Regional Water Authority Vallei en Veluwe||
Gabriela Fajardo, intern from Avans UAS: has been working on WOW! aiming to develop the PHA production process. She found a purification process to make the PHA colorless. Read More
The Wupperverband is building a pilot plant for the recovery of plastics at the Buchenhofen wastewater treatment plant. Inka Hobus (WiW mbH), Catrin Bornemann (Wupperverband) and Thomas Uhrig (University of Kaiserslautern) present the project in this video. Read More
The Interreg North-West Europe project WOW! - Wider business Opportunities for raw materials from Waste water (sewage) - aims to make the transition to a more circular approach by matching supply and demand of cellulose, lipids and bioplastics (PHA) from sewage. Read More
The partners within the WOW! team excecuted a market potential study. The objective is to identify viable value chains for 5 carbon based products (CBE) from sewage water: PHA-bioplastic, biodiesel, bio-oil, biochar, and acetic acid. In Figure 1-1 a simplified scheme of the recovery of the 5 CBEs is shown. The full report is finished and can be downloaded! We also created a summarizing factsheet for each product which you can find here:
Factsheet: PHA Bioplastics
Factsheet: Activated Biochar
Factsheet: Acetic Acid
The partners within the WOW! team excecuted a market potential study. The objective is to identify viable value chains for 5 carbon based products (CBE) from sewage water: PHA-bioplastic, biodiesel, bio-oil, biochar, and acetic acid. In Figure 1-1 a simplified scheme of the recovery of the 5 CBEs is shown. The full report is finished and can be downloaded!
The objective of work package 1 in the WOW! project is to identify viable value chains for 5 carbon based products from sewage: PHA-bioplastic, biodiesel, bio-oil, biochar, and acetic acid. This state of the art report is a result of the work package that focusses on the market potential of carbon based elements (CBEs) from sewage. This report contains analyses on the state of the art of current supply and market uptake of materials from sewage in North West Europe (NWE). Analyses comprise an overview on past (best practices) and current attempts to reuse CBEs.
Based on the information gathered in the report Critical success factors for valorization routes, two important drivers can be distinguished that determine whether resource recovery from sewage becomes a success in the EU: - Acceptance of raw materials from sewage - Policies related to use of products from sewage The drivers and critical success factors are elaborated further in the National Policy Action Plans which you can download below:
Partners within the WOW! team wrote a report that describes critical success factors for the recovery of raw materials from sewage and bringing these resources to the market based on lessons learned in EU subsidy projects. Why have some recovery techniques been successfully implemented while others are still in the pilot phase or did not succeed? Information was gathered via literature, an online questionnaire and interviews.
The WOW! team finished the State of Art report on legislation in Europe and the partner countries of the Interreg NW Europe project: Germany, UK, Luxembourg, Belgium, France and The Netherlands. The objective of this report was to describe the main juridical and policy context for bringing raw materials from wastewater to the market, including national differences.