Research Center WANDER projects
Water and different materials
The project Corrosivity of household water aims to prepare a literature review on water corrosivity and its evaluation.
Study consists of:
- Literature review on water corrosivity and its evaluation
- Pilot study on corrosivity of copper pipes
- Description of good practices on how to precent corrosivity in metallic water pipes. Updated instructions about corrosivity assessments.
Publications: Corrosivity of household copper water pipes (In Finnish)
Funding from Water Resources Management Institution Fund and Waterworks, duration: from April 2018 to December 2021
More information: Martti Latva
Developing circular economy for food industry in the Baltic Sea Region, led by Satakunta.
Study consists of:
- The aim of the project is to draft a funding application to receive a lump sum for an international project from Central Baltic
- The project aims to link Satakunta food sector with international development cooperation
- A cooperation network is created with participants from around the Baltic Sea. Preparative meetings, and application submission
Funding from Satakuntaliitto (ERDF) 1 September 2021 – 30 April 2022
More information: Martti Latva
Dezincification of brass in tap waters of different quality.
Study consists of:
- Find out by taking samples how different plumbing fixtures affect dezincification of brass and waters of different kinds
- Check critical water quality parameters in relation to dezincification and resistance of brass components to dezincification
Funding from Ministry of the Environment duration: May 2021 – December 2021
More information: Martti Latva
High Quality Water – Gaining competitive advantages with good governance of food industry, quality of food chain and management of the quality.
Study consists of:
- developing tools for food industry in Satakunta region that help to manage water quality and consumption holistically, pointing out the risks related to water, and how to prepare for risks
- demonstrating what impact would a stronger water use and management have on production costs and energy efficiency
- Anticipating the future water use in food industry in Satakunta
Funding from Satakuntaliitto (ERDF) 1 September 2021 – 31 August 2022
More information: Martti Latva
Management of biofilms in the water system with hydrodynamic cavitation technology
The research promotes the goals of Finland's sustainable growth program and supports ecologically and economically sustainable growth. It increases know-how in water technology and water treatment and reduces greenhouse emissions.
The study consists of:
- Developing a new technology and method, which can be used to control the growth of biofilms and the microbial content on the inner surfaces of drinking water systems by producing nano-sized gas bubbles containing oxygen into the water.
- Planning of the necessary equipment and a practical test setup.
- Testing and studying in practice the effect of the equipment and the nano-sized gas bubbles on biofilms, sediments, as well as water quality utilizing the water system built in the laboratory, in a pilot network, and with potential end users.
Project implementation: Research Center WANDER (scientific research) and EOD® Europe (technology developer).
Funding from South Savo Centre for Economic Development, Transport, and the Environment
Funded by The European Union - NextGenerationEU
More information on the project, visit the project page.
More information: Martti Latva
NABLE – Improving agricultural production with irrigation water nanobubbles
Research is targeted to increase the productivity, efficiency and sustainability of primary agricultural production. The project will support food producers in the green transition from field to table by reducing their chemical load and minimizing their carbon footprint through chemical-free technologies. It will also improve the hygiene and shelf-life of crops.
Study consists of:
- Developing a technology to produce nano-sized gas bubbles into the irrigation water
- Conduct practical trials to test the performance and applicability of the technology in three primary production enterprises participating in the EIP Innovation Group.
- Study the effects of irrigation water containing nano-sized gas bubbles on the irrigation water, on the microbiology and on the biofilms growing inside irrigation water system.
Project implementation: EOD® Europe (technology developer), primary producers Agrifutura Tomaatit Oy, Nonre Oy, Robbes Lilla Trädgård Ab.
Read more at the project's website.
More information: Martti Latva
Research Centre WANDER participates in the WETA -Water Ecosystems to Africa -project, managed by the Finnish Water Forum (FWF). The project promotes the export of Finnish water sector companies to Africa, in particular to South Africa.
Study consists of
- Investigating the effect of magnetic water treatment (MWT) on surface precipitation, corrosion phenomena and microbiological cleanliness of the water system.
- Demonstrating the effects of MWT on the internal surfaces of water systems.
- Carrying out a pilot study in a real operational environment.
- Utilizing the research knowledge to support the business objectives of relevant technology-based solutions.
Funding: South-Savo ELY Centre under the Water Competence Growth and Internationalization funding programme, European Union´s sustainable growth agenda.
Duration: 17.3.2923-31.5.2025
Learn more about the project on the project page
More information: Martti Latva
Hygiene in indoor environment
HEAL - Healthier life with comprehensive indoor hygiene concept
The study consists of:
- Expanding the comprehensive indoor hygiene concept with new tools for monitoring, machine vision and data analytics
- Design and build indoor hygiene Living Lab environments to suit a variety of locations
- Demonstrate how effectively the comprehensive indoor hygiene concept reduces the incidence of infectious diseases
Funding from Ministry of Education and Culture, duration January 2022 to December 2024.
For more information on the project, visit the project page.
More information: Merja Ahonen
Health Ahoy! – Healthy and hygienic ships
The study consists of:
- Presenting the concept of hygiene in indoor spaces in ship building industry
- Framing the initial situation: how to plan hygiene in indoor spaces when building a ship, for instance how to prevent and control infections
- Developing hygiene solutions for indoor spaces for the ship’s full life cycle, from planning to operational phase
Funding from Satakuntaliitto, ERDF, duration: from March 2021 to August 2023.
For more information on the project, visit the project page.
More information: Riika Mäkinen
STOP – Surface Transfer of Pathogens
The study consists of:
- Develop versatile and efficient nanomaterials that could be used as components of antimicrobial coatings for surfaces.
- Significantly decrease the risk of pathogen transmissions from surfaces to hands and vice versa to STOP the spread of human infections.
- Reduce healthcare costs and reduce environmental pollution by disinfectants.
- Increase preparedness of the EU public health system to future pandemics.
Funding from Horizon Europe, European Commission, duration: 1.9.2022 - 31.8.2026
For more information on the project, visit the project page (wander.fi) or official web page (stop-pathogens.eu).
More information: Merja Ahonen
ARPO: Antimicrobial solutions in a primary school
The study consists of:
- Creating a model space for indoor hygiene for Pohjoiskehä’s school in Rauma
- Proving, that the model space has health-promoting effects
- A user survey will be carried out and a hygiene education package will be put together for school-aged children
- An indoor hygiene information exhibition will be organized in the school premises
Funding from: Regional Council of Satakunta, City of Rauma, own funding
Duration: 1 November 2022 - 31 August 2024
More information: Riika Mäkinen
Previous projects
CIG-15114: ePlatform for a “test bed” tool across EU for antimicrobial coating solutions in healthcare.
Antimicrobial materials prevent microbes from growing, or even destroy them. In this project we created an international expert service on antimicrobial materials. The aim is to support and guide people who are developing new antimicrobial solutions from innovation phase to market access.
AMiCi ePlatform was preceded by Amici - Anti-Microbial Coating Innovations to prevent infectious diseases. This project aimed at developing antimicrobial coating solutions to prevent infections in health care facilities.
More information: AMiCI ePlatform
Funding: European Co-operation in Science and Technology (COST) Innovators Grant (CIG), duration: May 2020-October 2021.
IHMEC - Opening indoor hygiene SME’s exports to Middle East construction markets
IHMEC project created and exported joint indoor hygiene solution of Central Baltic area SME’s into the Middle East construction market using indoor hygiene (IH) as a competitive edge. The project brought together relevant clusters from Finland, Sweden and Estonia into a meta-cluster which aimed to enter into the Middle East construction market with new and tailor-made indoor hygiene solutions.
More information: IHMEC-project databank
Funding from Interreg Central Baltic, duration March 2018 – May 2021.
More information: Riika Mäkinen
MaiD - Material and product innovation through knowledge-based standardization in drinking water sector
The aim of the project was to design safe and durable pipe materials for drinking water supply systems and create innovative products in the Nordic countries.
In this project:
- improve Nordic producers’ chances to manage and operate in uncertain markets, when there are no clear Product Approval Methods at EU level on how to guarantee safety of building materials in drinking water supply systems
- Assessment of European EN standard tests and checking if so called 4MS product approval methods could be pertinent in Nordic countries
- Study on unifying product approval methods for drinking water products in Nordic countries.
Funding from Nordic Council’s Nordic Innovation Fund, duration: 1 May 2014 – 30 April 2017
Project manager Martti Latva
ModWAT Modern online measuring methods to guarantee water safety – digitalization of liquid processes and machine learning as a part of development of water resources management.
In cooperation with ColloidTek Ltd. and the University of Tampere we studied and developed the following:
- new sensor technology used to measure chemical and microbiological state of household water
- development of a multiuse sensor that can be joined cost efficiently in the water pipe network. It shares the continuously measured data to producers of water, consumers, and other interest groups.
- Development of a detector which reacts at a wide range of changes in water, detects the “fingerprints of the water”
- Increased in securing measures for water supply management in Finland.
Funding form Key projects at Ministry of Agriculture and Forestry
Duration: 1 November 2018 – 31 March 2020
More information: Martti Latva
SatElin – developing RDI in food industry in Satakunta region
The project was designed to support the development of food industry in Satakunta region joining the education, research, and innovation forces together and tightening the cooperation between different stakeholders. Need-based pilot trainings for companies in food industry were created, companies’ knowhow in circular economy, resource efficiency and low carbon targets were supported.
The most important actions were:
- Pilot trainings and overview on different trainings in food industry in the country
- Maps of RDI services
- Collect the needs in circular economy in Satakunta
Funding from Satakuntaliitto (ERDF), duration 1 January 2018 – 31 May 2019.
More information: Martti Latva
WaterChain - Recovering the Baltic Sea by reducing harmful inflows of nutrients and hazardous substances.
WaterChain reduced the inflows of nutrients and hazardous substances in the Baltic Sea.
The project had two main approaches:
- Raising awareness of the effects of everyday actions on the Baltic Sea and introducing various means to reduce the chemical and nutrient load.
- Reducing the inflow of nutrients and hazardous substances by utilizing environmental technology.
More information from the Waterchain project manual
Funding from Interreg Central Baltic, duration October 2015 – September 2018.
More information: Merja Ahonen
