What does it take to usher in a socially inclusive water future? A hundred and fifty professionals from the water sector pondered this question at the ‘Social Inclusion in Water Climate Adaptation – Making a Transformation’ event, held on the 12th of September in Utrecht.
This event, organised by Partners for Water and Deltares, opened a collective dialogue. “We need an open mind, heart and will.”
“I’m so glad to see all of you”, says the host Stephanie Janssen, researcher at Deltares specialising in social inclusion, with a welcoming smile. Among the attendees are people of all ages and genders, representing various countries, cultures and organisations. As they lower the volume from their animated conversations in the plenary hall, Janssen officially kicks off the event: “Our collaborative journey to enhance a socially inclusive water world is about to begin, and it’s something none of us can achieve alone.”
Joining her is Dennis van Peppen, the Lead Water Programmes at the Netherlands Enterprise Agency. “Our journey towards promoting social inclusion and fostering transformation within the international water sector began in 2018”, he tells the audience. “Since then, we’ve witnessed growing enthusiasm at all levels of the water sector. Today, you are bringing a wealth of perspectives to this event, and I look forward to being inspired by your voices.”
“Over the last few years, I’ve seen various efforts toward mainstreaming social inclusion.
Today, I look forward to exchanging both our distinctive and shared insights.” – Participant
“I hope we leave the room not with confidence, but with a high level of enthusiasm to continuously learn, unlearn and re-learn.” – Participant
Read more about social inclusion in water and climate adaptationUsing a framework for change
But how does one foster transformation? To cultivate an inclusive water world, we can learn from proven changemakers strategies. United in both marriage and expertise, inaugural keynote speakers Martin and Aggie Kalungu-Banda provide the audience with a comprehensive explanation of a change-management framework known as ‘Theory-U’. Both are active members of the Presencing Institute, an organisation dedicated to developing theories and practices for systems transformation. “Theory U is not our creation,” says Martin Kalungu-Banda. “after numerous dialogues and opportunities for observation, it’s the name that was given to the process that change-makers worked with to bring about deep transformation.” With unwavering passion, he continues, “Applying the Theory U framework involves, among other things, paying attention to the questions and opportunities calling out for attention. It requires active listening and emotional connection to others and the surrounding environment and doing this with an Open Mind, Open Heart and Open Will.”
Aggie Kalungu-Banda adds, “Change requires more, though. It happens when, apart from observing the world outside, we also turn the lens of observation inward, continuously enhancing our self-awareness at the individual, team, organisational and societal levels.”
The Dutch water sector has a longstanding tradition of acting like preachers. Let’s stop the preaching. Instead, let’s embrace humility, reflect on our role as outsiders and become curious.
Deep Diving
To translate words into action, attendees break into small groups and embark on deep dives into various themes. These sessions offer the opportunity to explore different case studies, brainstorm, engage in discussions, or even participate in a ‘therapy session’ centred around inclusivity. Participants enter these sessions with enthusiasm and vulnerability, emerging with both newfound insights and the questions that arose during their discussions.
5 insights
The deep dive sessions produced various insights that differed from person to person. Here are five overarching ones.
- Acknowledge diverse approaches. There is not just one way to promote social inclusivity. The diversity among countries, villages and communities is reflected in the various potential approaches.
- Step beyond your comfort zone. This can change your perspective and improve your understanding of inclusivity. A practical approach to gaining different perspectives could be to collaborate with someone from another background within the water sector to exchange viewpoints.
- Address misconceptions and disagreements. These often arise when trying to identify those who are marginalised and those who are not. Achieving system transformation requires connection, openness, vulnerability, and engaging in conversations where everyone can both speak and listen about these differences.
- Invest time in listening. Involving people in a project and working towards sustainable results necessitates investing time in active listening.
- Find the knowledge within. The necessary knowledge sits within each of us and throughout our collective experiences. No single individual has all the answers, making our interconnectedness essential.
I believe we can push our boundaries. Meetings serve their purpose, but we could also explore other approaches. For instance, using games, such as role-playing scenarios or ‘putting ourselves in someone else’s shoes’. This could help us connect with the emotional aspect. It’s not just about making decisions on paper; actually experiencing what these decision mean can lead to significant change
5 questions
There are still many questions to be explored, such as:
- When is something genuinely inclusive?
- How do we ascertain whether we are working inclusively?
- How do you strike a balance between a top down and a bottom-up approach?
- Who defines the true needs and goals of a project?
- How can we scale up socially inclusive projects?
“Sometimes, we think we know best because we are the practitioners. But it’s all about listening and being compassionate to each other. Let’s discuss how we can let go of our arrogance and how to embrace curiosity!” – Participant
Stepping into the future
Reflecting on the event, attendees express a deep sense of resonance, departing with seeds of hope and concrete ideas to continue the journey of improving social inclusion in the water sector. Many feel that they’ve forged stronger connections with each other, thanks to their willingness to engage in conversations with open minds, open hearts and open wills.
Everyone realises that enhancing social inclusion within water and climate adaptation doesn’t require a hurrid leap forward. Instead, it demands time for reflection and an embrace of diversity. Although it may seem like a complicated challenge with many unanswered questions, as one participant aptly put it: “it’s actually quite simple to start – just begin with listening.”
How can you collectively achieve successful implementation of sustainable solutions? This question lies at the heart of Stephanie Janssen’s work. As a researcher at Deltares, she specialises in social inclusion.
In anticipation of the ‘Social Inclusion in Water Climate Adaptation’ event, organised by Partners for Water and Deltares on 12 September, Stephanie discusses the significance of fostering inclusive transformation within the water sector.
In reaching genuine sustainable solutions, Stephanie believes it takes a collective effort. She cites a walk across clayey fields along the Friesland coast as an example. Here, the power of diverse voices became vividly apparent to her. “With local farmers, researchers and individuals from nature organisations and water institutes, we thought about sustainable coastal defenses in Friesland., we went out into the field together to devise solutions. The valuable ideas that surfaced could not have been conceived alone by one individual.”
Expect the unexpected
Conceiving ideas in a Friesian field is just one of the many examples Stephanie passionately highlights while emphasising the significance of social inclusion. “Water challenges are complex and lack of a single solution. The beauty of social inclusion is that you don’t have to face these complex challenges alone. Every time I collaborate with fellow stakeholders and remain open to the unexpected, powerful solutions emerge. And I see that this open mindset is gaining momentum within the water sector.”
Significant critiques
While the water sector is now actively pursuing an inclusive transformation, this hasn’t always been the case. A few years ago, the sector faced significant criticism from scientists, NGOs and journalists. Stephanie explains: “Professionals in the water sector often work with a passion to create positive change. However, solutions didn’t always align with the local context, stakeholders were insufficiently engaged and marginalised groups were often overlooked.” In response to this critique, a turning point emerged. “In the water sector, we made the collective decision to enhance our practices and deepen our understanding of social inclusion.”
Stephanie Janssen – Photo by Guus Schoonewille
Putting into practice
“Our challenge? To listen with an open mindset and curiosity,” Stephanie explains. She clarifies that she doesn’t limit this challenge solely to the design and implementation of water-related solutions, but to apply it at all levels. “I believe this mindset is equally important during discussions and reflections on social inclusivity. I make an effort to identify and set aside my own assumptions and to be genuinely curious about others’ perspectives. It’s not always easy, but it consistently brings valuable insights,” she emphasises.
Learning Together
The desire to embrace social inclusion at all levels is not unique to Stephanie. “The theme resonates greatly within the international water community. For instance, this became clear during the UN Water conference in March this year, where inclusion was one of the core values. I’ve noticed that motivation to collaborate on improving social inclusion is evident on all sides. That’s also one of the reasons why we’ve organised the ‘Social Inclusion in Water Climate Adaptation’ event,” she explains. The event is intended for professionals from private and public organisations, NGOs and knowledge institutions. “We will exchange ideas and experiences and explore how we can collectively progress on this theme as individuals, organisations and collectively in the water sector.”
Taking the next steps
“During the event, we will delve into what participants currently perceive and experience in the water sector, along with the challenges they encounter,” explains Stephanie. “Various individuals will share cases and insights, including Meike van Ginneken, the new Water Envoy of the Netherlands. Through interactive sessions, we aim to listen deeply to each other and collectively set new goals to enhance inclusivity within the water sector. Together, we will take the next steps towards a more inclusive water world.”
Combating water scarcity by integrating circular water systems into a bustling Mexican market. This requires not only innovative technology, but also clever spatial design and a deep understanding of the political and social context. Calzada del Agua meets that requirement.
Their feasibility study, funded by Partners for Water, is coming to a successful conclusion. The key to its success? “Combining each other’s strengths.”
It’s a rainy afternoon when Karina Peña sits down in her office in the Dutch city of Delft. The glass wall and open metal shelving reveal a glimpse of vibrant activity. The innovative start-up’s CEO and co-founder explains: “Here at FieldFactors, we’re producing unique modular systems to make locations or facilities water-neutral and climate-resilient – we call them ‘BlueBloqs’. They consist of products for rainwater purification and control and monitoring that work together seamlessly”. Karina strongly believes in the power of working together – and not just when it comes to products. “We’re the technical partner of the consortium behind Calzada del Agua and together we aim to tackle Mexico’s severe water scarcity.”
Creating synergy
The project benefits from the expertise shared by each consortium partner. For instance, while FieldFactors provides BlueBloqs, urban planning firm Beccan Davila + Puentes (BD+P) handles the spatial design, integrating FieldFactors’ technology into regional settings. Additionally, the Mexican consultancy agency Centro SC provides valuable support by managing the regulatory context and relevant stakeholders. “It’s a fruitful, complementary collaboration,” Karina says. “Since we had never worked together before, we had to get to know each other first. How could we create synergy? Clear communication turned out to be crucial – for example, to discuss what each of us could bring to the table and what we expected from one another.”
Bridging differences
The consortium adopted a proactive approach in order to understand the full implications of the partners’ differences and align their perspectives. “From the start, we defined a shared vision and project goals identifying the best ways to support each other in pursuing those goals.” This meant, for instance, combining each other’s risk perceptions. “Service providers, who mainly invest in work hours, perceive other risks than a technology provider like us”, Karina explains. “FieldFactors invests in materials and needs to deliver a product overseas. And we care about the future maintenance of the BlueBloqs.”
Sharing experience
The differences between the three organisations are not just a challenge. They are also extremely valuable. “We wouldn’t be working on this project right now if it weren’t for the collaboration with the BD+P and Centro SC”, Karina says. “At FieldFactors, we had no prior experience in Mexico. So, we lacked local networks, as well as a thorough understanding of the institutional and regulatory context there. Our consortium partners had those networks and knowledge of the local context. Their extensive experience in Mexico is one of the main factors contributing to the potential success of the Calzada del Agua project.”
Stakeholder engagement
“We must actively involve local stakeholders if we want our project to have real and lasting impact”, says Karina. “From the local government to the water authority and from the water utility to end-users. They need to be on board.” That’s why the consortium has held numerous workshops with these stakeholders. “In Mexico, involving the authorities and end users is crucial for projects like ours to succeed. If you don’t engage with the local authorities from day one, you won’t make any progress. To create ownership and interest, it’s critical that they take part in creating the solutions. That’s why we asked them: what are your needs? How do you think a rainwater reuse system can work?’ We spent time genuinely listening to their input and that was reciprocated with enthusiasm and support from them!”
What’s next?
With the feasibility testing coming to an end, the consortium partners now find themselves at a time of realignment. “Having identified a receptive market, we are now discussing how to implement the BlueBloqs technology in Mexico and how we can continue working together. In the coming period, we will explore how to accomplish this effectively and what is required to grow as a consortium.
Like many coastal cities, Colombia’s city of Cartagena faces major challenges concerning climate adaptation. For instance, more than a quarter of the city could be affected by flooding by 2040.
As part of the collaboration ‘Water as Leverage Cartagena – Construyendo con el Agua’, two international multidisciplinary teams have started co-designing solutions for water and climate related challenges. Workshops with various stakeholders provided new insights on how to tackle these challenges and improve the city’s water system.
Water as Leverage Cartagena draws on the knowledge of two consortia comprising of a diverse group of experts from the Netherlands, Colombia and other international partners to develop projects that address the city’s water and climate adaptation challenges. In order to increase water security in Cartagena the main goal for these two multidisciplinary teams is to generate innovative and inclusive conceptual designs, as well as to develop project proposals to a pre-feasibility level and transform them into ready-to-tender projects.
Local Design Workshops
On 6 and 7 July 2023, representatives from various sectors, such as academia, private enterprises, NGOs, governments and residents from Cartagena came together to participate in the second Local Design Workshop. Together, they proposed ideas for potential projects to foster sustainable urban planning for climate resilience and integrated water management.
Opportunities and challenges
In order to jointly design suitable solutions, the teams highlighted the opportunities and challenges of Cartagena’s water management. One of the opportunities, they noted, is the city’s own ecosystem which includes characteristics similar to other cities such as Venice, San Francisco, Amsterdam and Rio de Janeiro. The city is surrounded by water, comprising of lakes, wetlands, canals and coastline. Since all of it is interconnected, it makes for a unique aquatic landscape.
The Cartagena ecosystem includes characteristics of cities such as Venice, San Francisco, Amsterdam and Rio de Janeiro
Given that the impact of climate change is projected to increase the drought and flood vulnerability of the city, the main challenge seems to be to try and coexist with water. In order to do this, it is necessary to reconsider how water functions as the center of urban planning and the engine of economic and social transformation.
Water as Leverage Cartagena
Co-creating water solutions
The central question during the workshops was ‘How can we rethink water as an opportunity, rather than a risk’. The two teams presented a range of innovative designs that included Nature Based Solutions and addressed the city’s challenges related to water and climate management. These designs not only considered flood reduction, but also social, economic and biodiversity issues. The participants shared their perspectives, as well as ideas about the problems in their areas. In the upcoming months, the multidisciplinary teams will continue their work on the conceptual designs and integrate the participants’ feedback. A third workshop is planned in September to present and discuss the revised designs based on the participants suggestions.
Water as Leverage Cartagena
Read more about the start of the Water as Leverage Cartagena project and the two multidisciplinary teams.
More information about Water as LeverageWe are proud to announce that Partners for Water has entered into a partnership agreement with the Asian Development Bank (ADB).
This agreement enables PFW to provide technical assistance and expert advice for ADB’s developing member countries on the application and scaling up of Nature-based Solutions (NBS) for increased water security.
A ceremony was held at PFW’s NBS event on 22 June 2023, with representatives from the ADB and PFW.
We are looking forward to a fruitful cooperation on this important topic!
For large-scale farmers, using local weather data and a smart irrigation system is a well-known method to enhance water efficiency.
For many smallholders, however, this method is still unknown and difficult to access. The pilot project SOSIA+, funded by Partners for Water, aims to change this. Its innovative and accessible climate-smart irrigation service is currently boosting small-scale farmers in Ghana.
It is early in the morning when Lindsey Schwidder, Celestina Danso Arhin and Patrick Tannor sit down at the breakfast bar of a hotel in The Hague. The latter two, director and business developer respectively of Holland Greentech Ghana, came all the way from Africa. They are part of a Ghana Netherlands Business Council delegation and they are in the Netherlands to meet with Lindsey, Project Manager Water at Delft University of Technology. The two organisations are partners in the consortium behind SOSIA+.
Shared expertise
Lindsey is SOSIA+’s project leader. With a Masters in society, science and technology, she looks at the applicability of new technologies through a sociological lens. “In my work”, she explains, “I always try to figure out how complex technologies could work in practice”. Lindsey coordinates various international collaboration projects at TU Delft, of which SOSIA+ is one. “I am the nexus for these projects, responsible for ensuring that everyone can bring in their relevant expertise”.
Supporting farmers
“Using water efficiently and seeing farming as a serious business is still uncommon in Ghanaian horticulture”, says Patrick. “Smallholders use their farms to sustain their families and don’t always see it as a way to make money. We make useful technology and knowledge accessible to them, such as the SOSIA+’s smart irrigation system”. Lindsey adds: “This system will support farmers by providing irrigation advice regarding the necessary water volumes and duration of irrigation for the cultivated crop types. The use of real-time local weather data is unique in this regard.”
Accessible service
The project builds on years of collaboration between TU Delft, Holland Greentech and Ghanaian farmers. “A few years ago, together with TU Delft, we designed the ‘Farming as a Business’ course”, says Celestina. “While teaching the course, the idea arose to make an accessible smart irrigation service available to these farmers”. The innovative tool was designed in collaboration with Future Water, a Dutch consultancy and research company and TAHMO a social enterprise initiative, with hundreds of weather stations across Africa.
Local collaboration
“Farmers are not just users but also local partners in promoting and disseminating our service”, Patrick says. “Thanks to previous successful, long-term collaborations, there is strong support among the farmers for implementing a pilot project like this. The farmers we work with have realised first-hand that they can save a lot of money with our technologies, knowledge and services. This often makes them very enthusiastic about participating. They are truly our ambassadors and share their acquired knowledge and experiences with as many as 100 to 200 other farmers in the region.”
Experiencing impact
“We consider water conservation very important”, says Lindsey. “But Ghanaian farmers often have other priorities. That’s why we also focus on what matters to them. For example, we link our technology’s impact in the field to the reduced operational hours of the pump – in other words, to lower fuel costs.” Celestina adds: “The most important thing is that we really work with the farmers in the field and receive feedback from them. They are ultimately the ones who have to work with the system and feel its impact.”
Tool development
Lindsey explains that the pilot project aims to cover two growing seasons. “This will not only involve showcasing the service and monitoring water and cost savings, it will also make the SOSIA+ tool more accurate and smarter through corroboration by the farmers. In the coming period, we will train 15 farmers to irrigate a portion of their land using the smart irrigation system and to monitor the outcomes. And then, the pilot project will get started!”
Innovation in progress series
The Partners for Water programme follows several projects that received the Partners for Water funding from start to finish. Over the next few years, these projects will take you on their journey of testing the feasibility or application of innovative solutions to enhance water security abroad. You’ll be able to gain insights into their processes, collaborations with local partners and their potential solutions; as well as their struggles, challenges and their lessons learned.
Visit the projectpage for project updatesAfrica faces immense water challenges. In the southern region, where the Maputo and Umbuluzi river catchments and delta’s cover parts of Mozambique, Eswatini and South Africa, drought threatens the area’s development.
The ‘Global water availability forecasting service to support water security’ (GLOW)-consortium works to address this problem. To find out how, we spoke to Ralf Linneman, Water Management Advisor at HydroLogic and project manager of GLOW, as part of our ‘Innovation in Progress’-series
Competition for fresh water
‘Drought exacerbates existing challenges in the Southern African region, such as food security and sustainability’, explains Ralf. ‘Population growth, economic development and the deterioration of water quality and availability brought on by climate change all contribute to increased competition for fresh water. But that’s not all. Take cyclone Freddy, for example; in a short amount of time, extreme heavy rains caused devastating flooding. For both the day-to-day and seasonal management of water resources, these issues require up-to-date information on forecasted water availability.’
The GLOW-project was initiated to address this need. Ralf not only acts as project manager; he was also involved in creating the operational system that GLOW uses. ‘The goal of this project is to pilot an operational service that forecasts – availability and demand – water resource information. Focusing on water stored in reservoirs, soils and groundwater bodies, the project spans across an entire cross-border water resources system’, Ralph adds.
Dutch and Southern African expertise brought together
For this project, HydroLogic is working together with FutureWater and Emanti. Ralf explains: ‘HydroLogic specialises in providing decision support services for water managers through HydroNET; an open platform which translates massive amounts of data into useable information for water managers. FutureWater’s area of expertise is evaluation and planning: how do you optimally divide the available water? And Emanti is our local partner who understands all the main social, political, legal and cultural characteristics of users and catchments in Southern Africa.’
Transboundary water security
‘What makes this project unique is using and combining proven techniques to produce operational water availability and demand, up to several months in advance’, Ralf tells us. ‘This will help water managers to make timely decisions. GLOW will also provide this information on a transboundary catchment level. That means water managers from different countries work together to share information and make decisions that are primarily in the interest of the entire catchment – and not just for their own area’, Ralf explains.
‘Different existing models and systems interact with each other. One of the problems we had in this region was a lack of data; it’s hard to build and validate a complex system without it. That’s why we chose to work with techniques that have already been successful elsewhere. We also continuously talk to other HydroNET-users about their experiences such as what were their challenges and how did they resolve them? This way you can come up with a package of well working water management solutions.’
Co-creation with end users
Another way to gather knowledge is by speaking to all of the African parties involved: ‘Like the Joint River Basin Authority in Eswatini, an important stakeholder in this project’, Ralf says. ‘I’ve spent a lot of time talking to the end users – the water managers in the three participating countries. They are the ones making decisions on how to divide the scarce water. I often heard: “I’m missing information on this or on that, can you do something about this?” For me personally, it became my drive to support them in making water management in Southern Africa more sustainable. Understanding their needs and challenges is the starting point in achieving this.’
Pains and gains
Organising workshops is a good way to gain that understanding. Ralf adds: ‘We recently held one in Eswatini to gather regional knowledge. By using the concept of “pains and gains”, we identified the most important stakeholders, placed ourselves in their role and came up with direct solutions that benefit their interests. The fact that the local partners we invited also included their water stakeholder they work with, such as agricultural co-operations and disaster management organisations in the workshop was something I really appreciated. This not only demonstrated their involvement, but it also helped us a great deal to make sure that what we build fits well to the challenges they’re facing.’
The Partners for Water programme has granted a subsidy to a total of fifteen innovative projects in ten countries
These feasibility studies and pilot projects are designed to test innovative products or services locally, with the goal of further improvements and upscaling. The projects are all centred on water security. Many of them have been set up by a consortium of international organisations and are carried out in various countries: Brazil (two), Costa Rica and Jordan to Kenya, Morocco, Nepal, Namibia, the Philippines (two), Suriname and Vietnam (four).
Kick-off meeting
The project teams submitted applications for the second round of Partner for Waters’ subsidy scheme and all received the good news in May 2023 that their application’s had been approved. They also received an invitation for a special kick-off meeting at the Netherlands Enterprise Agency (RVO) in The Hague on June 15th.
At that event, project team members met the RVO employees behind Partners for Water and everyone celebrated the beginning of their respective initiatives. Additionally, they had the opportunity to showcase their innovative solutions and to hear about the ten projects that had received Partners for Water subsidies in the first round of funding, in December 2022. Managers of these first-round subsidised projects were there in attendance to share their experiences to date.
The fifteen projects
Which organisations are behind the innovative pilot projects and feasibility studies that were granted subsidies? What are their aims? And how do the projects carry out their objectives?
Improvement of wastewater (Brazil) [pilot project]
The SolidUS consortium aims to develop a low-cost ultrasonic sensor for real-time monitoring of solids concentration in wastewater treatment plants. This innovative sensor can be used in water treatment facilities with a UASB reactor. The sensor will save time enabling better control of the installations outflow, which will improve waste water quality. The consortium consists of NHL Stenden Hogeschool, Lamp-lon, YNOVIO, CR-ETES and Federal University of Minas Gerais.
Sustainable water from the air (Brazil) [pilot project]
The goal of the Solaq B.V. consortium is to further develop their ground breaking air-to-water technology. Called ‘WaterWin’, the technology powered by solar energy extracts drinking water from the air in semi-arid regions of Brazil. Thanks to its cost-effectiveness, WaterWin enables more affordable water rates. The consortium consists of NHL Stenden Hogeschool, the Brazilian research institute FUNCEME and the Brazillian NGO SISAR.
Detection and monitoring Harmful Algae Blooms (Costa Rica) [pilot project]
Globally, Harmful Algae Blooms (HABs) can threaten water quality, coastal ecosystems and industry sectors such as seafood, fishing and tourism. Without reliable information, as to the location of HABS, no proper measures can be taken. The consortium MAReS (Water Insight, the Costa Rican University UNA and Kaune Ingenieros & Arquitectos) will use remote sensing technology and on-site measurements to provide near-real-time and spatial information on HABs in Costa Rican coastal areas.
Seawater Desalination (Jordan) [pilot project]
The Dutch company Delft Offshore Turbine B.V. intends to test a device that combines wind energy production with a reverse osmosis-based purification technology and state-of-the-art brine management. The device will produce high quality desalinated water along with electricity derived from wind energy. The project will be located in the port of Aqaba in Jordan, a country in dire need of water scarcity solutions.
Reducing water losses in utility systems’ (Kenya) [feasibility study]
The consortium Smart City Kenya will test the Upande Non-Revenue Water (NRW) system. This innovative combination of hardware and software aims to reduce water losses of utility systems through real-time, automatic water flow/pressure measurement. At the same time, consumers will be able to view their water consumption data via their smartphones. The consortium consists of Upande BV, TagMeter Systems BV, Kisumu Water and Sanitation Company Lt., KIWASCO and Runda Water.
Water-efficient method for vegetable cultivation (Morocco) [pilot project]
There is a severe water shortage in the Souss-Massa plain in southwestern Morocco where agricultural activities use the most amount of water. Seed2Feed, Priva, Hortitech, the Agricultural University of Agadir and the Moroccan Fruit Export Association are addressing this issue together. They want to demonstrate a water-efficient method for vegetable growing that uses closed and manageable irrigation systems that recycle and disinfect water, eliminating the need for a growth medium, like soil.
Rewilding Namibian oceans (Namibia) [pilot project]
On a 1,5-hectare offshore site off the south coast of Namibia, Kelp Blue Holdfast B.V. will initiate a pilot project to cultivate giant kelp forests. The goal of the project is to absorb CO₂, deacidify the water, restore damaged ecosystems and enhance biodiversity. Kelp Blue will monitor and evaluate the project and test a business model for selling kelp-based products that would help to finance the project’s future expansion. The local community will also be closely involved as well as two Namibian universities.
Roads for landscape improvement (Nepal) [pilot project]
MetaMeta Research, FutureWater and the International Centre for Integrated Mountain Development will collaborate in order to address the declining and irregular flow of water springs in Nepal’s mountainous Dhankuta municipality. The project aims to protect and enhance natural springs while ensuring reliable water supplies and maintaining road infrastructure quality by reimagining roads as tools for landscape improvement. The Department of Local Infrastructure will oversee the projects implementation.
Decentralised wastewater treatment (The Philippines) [feasibility study]
Y-Consultancy will conduct a feasibility study to demonstrate the viability of their decentralised wastewater treatment (WWT) technology in Luzon, the largest island in The Philippines. This innovative solution is based on a ‘drainblock’: a water filter that works on a trickle-down method. The WWT technology is meant to improve the quality of water resources, reduce the risk of waterborne diseases and serve as a blueprint for other communities in the region for improving their wastewater treatment.
Fungus removal from water for bananas (The Philippines) [pilot project]
The company VGE has developed an innovative ultraviolet (UV-C) disinfection system, specifically meant to disinfect water from the fungus TR4 fusarium. This fusarium is an increasing threat for banana plantations around the world. Together with A-Banana Foundation (ABF), VGE will conduct a pilot project installing their TR4 disinfection system on a full-scale banana plantation in The Philippines. The objective is to achieve safe irrigation, resulting in improved water security for banana plantations.
Increased mangrove restoration (Suriname) [feasibility study]
Consortium partners Deltares, Boskalis, InterConnect, Conservation International Suriname and the Anton de Kom University of Suriname will study the feasibility of using sediments dredged from the Suriname river to accelerate mangrove restoration. Using sediments for intertidal area restoration is unique and promises to be an effective solution. In addition, lessons learned will be valuable for replicating and mainstreaming this restoration method in other regions.
Rainwater filtration and water purification (Vietnam) [pilot project]
Wageningen University, WIC, PBI International, Can Tho University and Stepsvn Installation Company joined forces to test an innovative technology for rainwater filtration and water purification. The aim of the consortium is to remove waterborne diseases and pesticides in an efficient and cost-effective way. In doing so, they hope to increase water security in the Mekon Delta and provide the inhabitants with safe drinking water.
Sustainable adaptation to salt intrusion (Vietnam) [pilot project]
Consortium Mekong Salt Lab will test an operational model for smallholder farmers in the Mekong Delta. This solution includes a number of cutting-edge techniques and services that provide sustainable alternatives to effectively adapt to increasing salt intrusion in the region. This will also increase farmers livelihoods. The consortium consists of The Water Agency, The Salt Doctors, Acacia Water, SkillEd, HZ University of Applied Sciences, Saxion University, Kim Delta Vietnam and Tra Vinh University.
Aquifer storage and recovery system (Vietnam) [pilot project]
The HaWaSuCo, BGR and WWF consortium will begin a pilot project to implement a single aquifer storage and recovery system. It will be the first infiltration well in the Mekong Delta, Vietnam. The consortium aims to demonstrate its success, share the results, carry out marketability and cost-benefit analyses and engage stakeholders in scaling up. If successful, this innovative solution could have a significant impact on water security in the region.
Optimising irrigation and fertiliser application (Vietnam) [pilot project]
Fresh Studio, HollandDoor, Ridder Group and Royal Brinkman will conduct a pilot project to re-use drain water on two farms in Lam Dong province. Applying ViaLite and FertiMix technologies will reduce the spread of diseases and ensure plants receive the right amount of nutrients. The technologies will also eliminate drain water leakage, optimise irrigation and fertiliser applications, increase water availability and improve the regions quality of both fresh and groundwater
Are you interested in the next subsidy round?
The intake interviews for 2024’s first round of the Partners for Water subsidy scheme just closed. However, a second subsidy round will open in July. To be eligible, you can apply now for the mandatory intake interview. For more information, you can visit the Netherlands Enterprise Agency (RVO) website.
Visit the RVO website for more informationIvo van der Linden has recently joined Partners for Water
He’s not completely new, however, as he was a ‘Rijkstrainee’ (government intern) with PfW in 2008 and served as coordinator for Indonesia for the Netherlands Water Partnership from 2011-2017. Now he will be the Delegated Representative (DR) for Indonesia. He invites anyone interested in the Dutch – Indonesian water cooperation to get in touch with him to talk about opportunities. But first, we will learn a little bit more about him. Welcome to the team, Ivo!
‘I visited Indonesia for the first time back in 2008. As a “Rijkstrainee” (government intern) at PfW, I was stationed at the Netherlands Embassy in Jakarta, supporting a mission for a Dutch minister and her delegation that were visiting Indonesia. I was also involved in the Dutch support for Jakarta’s flood management, which is now known as “National Capital Integrated Coastal Development”.’ After working for seven years as the Indonesian liaison for the Netherlands Water Partnership, Ivo chose to pursue a different career path in order to broaden his knowledge and skills: ‘That’s why I made the move to the Dutch public transport team at the Ministry of Infrastructure and Water Management (I&W). For the past six years as Senior Policy Advisor I was involved in developing the railway system in The Netherlands and cross borders.’
Hybrid role
Now Ivo has taken off with his family to Jakarta for a new adventure as the Delegated Representative (DR) for Indonesia. ‘For three years, I will be formally stationed with the Indonesian Ministry of Public Works and Housing. My roll will be a hybrid one meaning that I’m with the Indonesian Ministry, the Dutch Ministry of Infrastructure and Waterworks (I&W) and the Dutch embassy. This way I’m in the best position to guide the collaboration between relevant governments, companies and other stakeholders involved.’
‘In the last three years I’ve developed a strong network within the Netherlands Ministry of I&W and gained experience in both strategic and political consulting. In addition, I’ve made frequent short and long trips to Indonesia working on various water related projects. I believe these two experiences have prepared me for the role of DR Water Indonesia and will help me to accelerate the strategic, tactical- and operational water cooperation between the two countries.’
Diversity in solutions
In his time as DR, Ivo wants to work hard in matching the Dutch water expertise to specific challenges that Indonesia faces. ‘We need to identify what our strengths are and only suggest using them if we believe they will further benefit Indonesia. To do so, we need to look at the broad spectrum of our sector. The solutions available are very diverse and are coming from newcomers with innovative ideas. That is why we need to involve the young, bright Indonesian and Dutch professionals of tomorrow.’
‘Based on my experiences in flood management in Jakarta, I will track the challenges and opportunities for the Dutch Water sector for both the development of Nusuntara in Kalimantan province, which is going to be the new capital of Indonesia and Jakarta, the current capital. The plan is to make Nusuntara green and ‘smart’ – a great idea that will also come with big challenges. Opportunities for our sector exist, such as in climate adaptation and sustainable water management. In my role, what is important for me is that I carry out my responsibilities in a way that fits the sector and its stakeholders. That is why I’m sending out an open invitation to get in touch with me. I hope to speak to you soon!’