Evides is a watercycle company. We produce drinking water, treat industrial and municipal wastewater and produce process water for industries. Our clients are active in the chemical and petrochemical, food and beverage industry in the Benelux and Germany. We are an innovative partner for the Dutch Waterboards. Together we develop sustainable solutions to treat wastewater and recover resources, for example in the Delft Blue Water project. Within this project we produced irrigation water for greenhouses from used urban water, Evides has set a goal to become climate neutral by 2025.
Within NEREUS, Evides will design, build and operate a pilot plant to recover water, energy and nutrients from municipal wastewater in Rotterdam.
CAPSO is as an inter-municipality organisation for the agglomeration of Saint-Omer in the North of France, which is responsible for the urban development and planning of the region. CAPSO guarantees among other competencies access to basic resources such as water, energy, telecommunication, etc. CAPSO has the following competences and experiences :
1. Building and managing pilots and full scale water plants
2. Knowledge in water treatment and drinking water security
3. Developing energy policies
4. Project management and facilitating multi-party stakeholder meetings/projects
CAPSO foresees capacity building in technical knowledge, project management skills, inhabitants’ acceptation and public/private cooperation, thanks to input from partners. Experimental development of the biogas unit also serves CAPSO’s regional and national partners, enhancing its attractiveness and influence in the field of circular economy.
CAPSO will coordinate the progress of the demonstration workpackage “building decentralised wastewater installations for the recovery of energy from wastewater”. CAPSO will also contribute to test water and ressources recovery in its installations and to crossborder exchanges between partners on the WP strategy and technical solutions.
DuCoop is a sustainability cooperation that will invest in a decentral wastewater treatment system (“the ZAWENT technology”) and a 4th generation heating network in the new district ‘De Nieuwe Dokken’ in Ghent. ZAWENT will demonstrate a scalable design for circular recovery of energy, nutrients and water in sustainable urban districts. Sanitary wastewater and shredded kitchen waste will be treated separately from the grey water commonly produced by i.e. showering, washing machines. Waste heat will be recovered from burning produced biogas and from the effluent wastewater with a heat pump. This heat recovery will be used for central heating and sanitary hot water demand for 400 housing units, offices and a city building. The remaining heat demand will be provided by recovering low-temperature (55-65°C) waste heat from a nearby industry. This industry will also reuse the effluent of the wastewater treatment plant as process water. To link all these technologies, DuCoop will also contribute to the development of new sustainable business models with smart energy management. This combination of innovative technologies will help cities and local communities abate challenges regarding climate change, sustainable energy production, global water stress and of depletion of natural resources.
HZ University of Applied Sciences is based in Zeeland, the Netherlands. As a university of applied sciences, a great deal of practical research is conducted at HZ both by students and researchers, focusing on questions from the professional field. Any knowledge acquired from the research will result in new insights, which can lead to innovations and even new products for the work field.
One of the research groups at HZ University of Applied Sciences; the Water Technology research group, works on research projects involving applicable technologies for sustainable water (re)use in a combined fresh/saline delta.
Research themes include:
1. Recycling of surface and process water for industry, agriculture and aquaculture.
2. Recovery of valuable content from wastewater; nutrients, fatty acids, biogas.
3. Monitoring of water filtration systems and control of respective bio-fouling.
HZ has experience with the analysis of full scale systems for recovery of phosphate from the food industry as fertilizer and is working further on developing techniques for recovery of various
resources. Furthermore, experience exists on water quality analysis and treatment technologies for the reuse of water from food industry for agricultural needs, reuse in salt water aquaculture for full water recycling and removing hazardous micro-pollutants from recycled water in industry and greenhouses. Recovery of nutrients, energy and maximizing water reuse options come together in this NEREUS project.
Every day Southern Water treats and recycles 700 million litres of wastewater at our 368 treatment works after it has travelled through our 39,000 kilometres of sewers (that's six times as long as the entire UK motorway network).
Man-made technology and the power of nature are used to make wastewater safe to return to the environment.
One by-product of the process is 'bio-solids' (sewage sludge), which is turned into fertiliser and sold to farmers for use on crops. As Southern WateE already provide bio-solids to the agricultural community it is our aim to review the commercial and environmental impacts of recovering a more pure form of fertiliser in crystalline form. This supports the circular economy whilst also potentially improving the wastewater treatment and providing a more efficient service for our customers.
We recycle wastewater from almost two million homes before returning it to rivers and the sea.
The University of Portsmouth has a prestigious 'Gold' rating in the Teaching Excellence Framework (TEF) – one of only four Gold-rated universities in the south east. The University is in the top 25 in the UK. Research at the University of Portsmouth is world-class and is further validated by the outcome of the most recent national Research Excellence Framework (REF), with over 60% of research submitted by the University rated as world-leading and internationally excellent. The University of Portsmouth contributes to the NEREUS project by delivering on the following: design and the development of a Decision Support Tool for the selection of wastewater recovery technologies and the life Cycle Assessment with the collaboration with the "Centre for Operational Research and Logistics and the Environmental Technology and Management Group in the "School of Civil Engineering and Surveying".
The Centre for Operational Research and Logistics (CORL) brings together multidisciplinary expertise on the Science of Data and Operational Research (OR) and conducts world-leading research in OR and the development of novel mathematical optimisation models, advanced meta-heuristic methods, and intelligent decision support systems for automatically producing high quality solutions to a wide range of real-world problems. Real-world problems include: manufacturing, healthcare, transportation, supply chain and production management, sustainability and renewable energy. This expertise is also applicable for the optimisation of resource recovery processes.
The Environmental Technology and Management Group has a broad range of research interests ranging from wastewater treatment through to sustainability appraisal. The group has an Environmental Technology Field Station at an operational wastewater treatment plant, comprising of laboratories and test bed facilities. This allows the field scale testing of pilot plants and other large scale test rigs. The Group has an Innovation Hub collaboration with Southern Water and also works with a range of smaller companies, such as WPL Ltd. Current projects include P removal for small sites, energy efficiency improvements for package plants and the fate of microplastics in wastewater treatment.