Interview Sander Meijerink, Radboud University: “We prefer to avoid difficult decisions.”

We started by asking why good regulations are in place to protect water quality but compliance with them is often poor. For example, the WFD, a European directive that has been in force since back in 2000. Originally, the aim was to achieve its objectives by 2015. There have been two postponements and the deadline is now 2027. Why will the Netherlands not be able to meet this new deadline either?

Professor Sander Meijerink attributes this, firstly, to government control, which is too voluntary and lacking in obligation. The Council for the Environment and Infrastructure mentioned this point in an advisory report recently too. Secondly, Meijerink believes there is a lack of policy coordination between the various sectors.

Sander Meijerink, Professor of Planning at Radboud University (Photo: Eelkje Colmjon, Eelk.nl)

Mandatory and current

As an example of aspects the government could make more mandatory, Meijerink mentions the registration of water use. Irrigation, for example: watering agricultural crops. “Currently, there is no systematic registration of water extractions, from surface water and groundwater,” Meijerink says. “Despite there being periods of water scarcity. This could be made mandatory for users, like farmers, so we gain a better insight into water consumption and are able to manage water use more effectively during times of water scarcity.”

He also mentions out-of-date permits for discharging substances. “Once they have been updated, it may be found that fewer discharges are permitted in some cases. It will be difficult to achieve the WFD objectives until this happens.”

Meijerink stresses that the WFD objectives also include the ecological quality of waterways. For example, giving waterways more space so they are able to meander again. “This is possible in many places; in others, it is not.” He notes that the government is hesitant to expropriate agricultural land. It does not show the same hesitance when building roads, for example. “This would help make it easier to achieve a number of the WFD objectives.”

Limited coordination

According to Meijerink, the second reason why water quality objectives are not being met, despite the sound policy in place, is the lack of policy coordination between the various sectors. “As we know, the WFD focuses on water and water quality. But the achievability of its objectives also depends on what is happening in other policy areas. Especially agricultural policy.” He mentions fertiliser regulations, pesticide use, nitrogen policy and phosphate standards.

The National Programme for Rural Areas had actually made a good start with this coordination, Meijerink adds. Provinces, water boards and other parties in the programme had worked hard for a number of years to achieve a more integrated, coordinated approach to water quality and agricultural issues. “Unfortunately, this all stopped with the inauguration of the Schoof cabinet. Very disappointing,” says the Professor of Planning.

The same is happening at European level, Meijerink says. “The Common Agricultural Policy emphasises food security without always properly considering consequences for the environment. The coordination between agriculture and drinking water quality could actually be improved across the board.”

Are the right regulations in place?

But are the policies, rules, guidelines and laws that are in place to protect water quality actually the right policies, rules, guidelines and laws or could they be improved? For example, the WFD applies the one-out-all-out principle: a surface water body must meet all the requirements to be deemed in compliance with the directive. “That’s a very high bar,” Meijerink says. “The resulting picture is sometimes a little distorted because of this. Significant progress may have been achieved on almost every aspect, but a country is deemed to be non-compliant if its fails to meet just one aspect. That’s not exactly motivating.”

In the Netherlands, the WFD sets no fewer than 100,000 chemical and ecological quality objectives for our surface water and groundwater. The Netherlands is currently meeting approximately 80% of these objectives but none of the approximately 750 Dutch surface water bodies has achieved ‘good’ status yet,” Meijerink explains. This will only be possible when all the individual ecological and chemical parameters have been assessed as ‘good’.

Reputation

Water quality in the Netherlands is relatively poor compared to other EU countries. Meijerink believes this is due to the densely-populated nature of our country; agriculture here is highly intensive and there is a lot of industry. “It’s difficult to achieve water quality objectives like this when you’ve got so many people living on such a small piece of land.”

But none of the countries will meet the 2027 deadline. “I think this is particularly painful for the Netherlands,” Meijerink says. “Because we have a certain reputation in the field of water management. And we always lead the way in the development of international agreements and guidelines.”

Motivated by our own interests in part: the Netherlands is located downstream and dependent on what happens in neighbouring countries. “We are hoping that international policy will pave the way for improved water quality, more water or better protection against flooding. That’s why the Netherlands often initiates agreements like these. But it’s a different story when it comes to implementing this policy on our own soil.”

Workarounds

This situation is not limited to the WFD. Meijerink also mentions fish migration in the Rhine, for which the Haringvliet had to be partially closed. Also, restoration of the ecology alongside the Western Scheldt, for which the Hedwigepolder had to be sacrificed. “It took an incredibly long time before this actually happened. Which was only when the government couldn’t get out of it any more and a deadlock had been reached from a legal point of view. Initially, endless workarounds were devised to try to make it happen. They have been necessary for both nitrogen policy and the WFD.”

Why this is? “We don’t want to be affected by our neighbours’ contamination, but it all gets much more difficult when you have to take expensive or difficult decisions and disappoint people,” he says. “That’s something we often prefer to avoid.” He cites livestock reduction and the effective monitoring of wastewater discharges by companies as examples.

No urgency

Is water quality actually an important issue here in the Netherlands? “That’s very much the question,” the professor answers. “Not really. I don’t think the urgency of the issue is being seen and recognised sufficiently yet.”

Meijerink mentions again the poor implementation of the WFD. “People are accepting the repeated failure to meet the objectives.” However, he also says: “The directive has put water quality on the agenda. If it hadn’t, we might have done even less. But water safety, the risk of flooding, has been higher on the agenda for years now.”

Clean water

Meijerink observes that people still think we have ‘got it right’ here in the Netherlands. Naturally, the tap water in most countries is not as clean as it is here. “The thinking is: we’ll manage to purify the harmful substances. And that has been possible to date. But it’s getting more and more difficult and expensive to do.”

However, Meijerink does say that there are some things that are going well here: “Many other European countries lack the financial resources they need to be able to achieve the water management objectives. That’s less of a problem here in the Netherlands because we have a water board system, with water boards that also charge their own levies.”

International agreements

The second subject that RIWA-Meuse presented to the professor is international cooperation in the Meuse water basin. Given the changing climate, we are experiencing more extensive, extreme periods of drought in the Netherlands, Flanders, Wallonia, Germany and France. This is resulting in a shortage of water in rivers, including the Meuse, more often and for longer periods of time. Quality then decreases because harmful and difficult-to-degrade pollutants are diluted less. The risk of tension and possible water-related conflicts water could increase too.

So, it is important for the various countries to cooperate in respect of the use of Meuse water. Good cooperation exists between Flanders and the Netherlands about water availability. But it would be good to extend this to the entire water basin: closer cooperation with Wallonia, France and Germany on this theme. “That would certainly make sense in light of current events,” Meijerink says. “You want to retain the water in the upstream parts longer, so it can be used in periods of drought.”

 Meuse Discharge Treaty

Flanders shares applications for wastewater discharge permits that could impact water quality across the border with the water manager in the Netherlands, so both can safeguard each other’s interests. The Meuse Discharge Treaty, which relates to the distribution of Meuse water between the Netherlands and Flanders, has been in force since 1996.

The treaty has been successful, Meijerink says: if an urgent situation arises, both countries discuss possible conservation measures. “Water scarcity was already on the agenda in the 1990s and agreements were made about it back then. However, decades of negotiations were needed to get to this point. Flanders was able to deepen the waterway in the Western Scheldt in return. We still don’t have a treaty like this for the Rhine.”

Upstream and downstream

But why are there no agreements with other countries, other than the treaty between Flanders and the Netherlands, about the use and distribution of Meuse water? This is due in part to the bifurcation of the river between the Netherlands and Flanders at Liège. Part of the Meuse flows via the Albert Canal to Flanders, part via the Meuse and Juliana Canal to the Netherlands and part is shared between the Netherlands and Flanders via the Meuse border. At this point, water is distributed in line with the agreements in place. This is not the case in other countries in the Meuse region; the river flows from one country to the other. This makes agreements more difficult because more water for one country can mean less for another.

The difference in interests between the upstream and downstream countries and regions also plays a role, Meijerink explains. “The Netherlands and Flanders are downstream, so it is logical for them to be very interested in agreements like this. This applies less to the upstream countries.”

Legal rankings

Besides agreements on the distribution of Meuse water between Flanders and the Netherlands, agreements are also in place about the distribution of water within these areas in the event of water scarcity. Specifically, legal rankings for the distribution between the various sectors: drinking water, shipping, industry, agriculture, recreation, nature and energy. In Flanders, this is called the assessment framework for priority water use; in the Netherlands, it is called the priority sequence.

The type of usage that is most important varies from one country to another, Meijerink explains. “A ranking for the entire Meuse or Europe as a whole is pointless because each country has different priorities for water use.” For example, in the Netherlands, dykes and drinking water are important; in Flanders, drinking water, industry and shipping; in Wallonia, shipping; and in France, the cooling of nuclear power plants, agriculture and recreational shipping.

Joint Drought Committee

Both the Netherlands and Flanders have a Drought Committee, which comes into action during periods of low river flows and (imminent) water shortages. Meijerink welcomes the idea of a joint Drought Committee for all the countries in the Meuse basin. “I think that would be very useful.” The various countries and regions in the International Meuse Committee have been keeping each other informed for several years now. Meijerink believes that greater coordination and the identification of possibilities for mutual support would be a good next step.

Meijerink believes the International Meuse Committee is best placed to foster more international agreements on the use of Meuse water. “That seems better to me than creating yet another new organisation. All the countries in the Meuse river basin are already members and agreements of this nature align well with the goal of achieving integrated river basin management.”


Text: Thessa Lageman, Onder Woorden

Translation: KERN Rotterdam

This interview is published in the RIWA Annual Report 2024 The Meuse

Interview Annette Ottolini, General Manager of Evides Water Company and board member of RIWA-Meuse: “We could do with being a little more activist in our approach.”

In recent years, Annette Ottolini has been confronted with numerous challenges in her role as the Managing Director of Evides Water Company and board member of RIWA-Meuse. She has been in both roles since 2014 and is stepping down this year. The challenges in question related primarily to water quality in the Meuse. Eighty-six percent of the drinking water that Evides produces for 2.5 million consumers and businesses in the south-west of South Holland, the south-west of North Brabant and in Zeeland is produced from Meuse water, 4% from the Haringvliet and 10% from groundwater.

Abstraction stop

The biggest challenge happened 10 years ago, Ottolini explains: when a measurement revealed the presence of pyrazole in the Meuse. This chemical is used to manufacture medicines, dyes and pesticides. After the mussel monitor sounded an alarm and numerous unidentified substances were found, the water companies stopped their abstraction of Meuse water. “We had a quite lengthy abstraction stop,” Ottolini says.

Evides was unable to abstract water from the Meuse for drinking water production for 25 days. This was the first such prolonged abstraction stop since 1995. “As a result, we eventually found ourselves with just a week’s supply of water for the whole of the south-west Netherlands; it was a crisis and an immediate wake-up call.”

To prevent a situation like this happening again, Evides decided to build a new abstraction pump station, to facilitate the faster abstraction of more water from the river to replenish the reservoir’s water supply after an abstraction stop. The abstraction pump station in question (Bergsche Maas) opened in 2021.

Mussels

When the water level in the reservoirs was continuing to drop in 2015, it also became apparent that there were many mussels on the edges of the reservoirs, Ottolini says. If they dried out, they would rot and the water quality would deteriorate to the point that it was no longer suitable for drinking water production. So, the shape of the reservoirs was modified to stop so many mussels attaching themselves to them; another benefit was that more space was created in the reservoirs.

Although the water company is now better prepared for a crisis like this, Ottolini says: “Water quality in the Meuse isn’t improving. That really worries me. Yes, we can implement abstraction stops and adjust purification methods. But the European Water Framework Directive states that water companies must be able to produce drinking water based on simple purification principles. This is far from the case at the moment.”

Mapping discharges

To change this situation, the SMWK, a partnership of drinking water companies – including Evides, RIWA-Meuse, water boards and central government – that was launched in 2015, developed sound measurement methods. “This allows us to accurately track the exact origin of these discharges,” Ottolini explains. “We then mapped the above in the Atlas for a Clean Meuse.” This document contains all companies’ direct discharges into rivers, ditches, streams and canals. The partnership is now also trying to gain a better understanding of indirect discharges, which enter the river via the sewer and wastewater treatment plants.

In 2015, it was found that the substance pyrazole had originated from Sitech, now Circle Infra Partners, which purifies wastewater from the factories on the Chemelot industrial estate in Limburg. In the years after the pyrazole crisis, discussions took place about the company’s new discharge permit: at the initiative of the Limburg water board, various parties – Evides, Dunea, WML, the province of Limburg and Rijkswaterstaat – worked with Circle Infra Partners to agree on a permit that was workable for everyone.

Ottolini explains this so-called Mutual Gains Approach. “Discussions culminated in what was a very good permit. It contains all the substances that this company discharges and the relevant maximum quantities. The aquatic hazard of the substances – their negative impact on water quality for people, animals and plants – is also measured continuously. The permit includes various calibration and adjustment times, giving it a dynamic character.”

Annette Ottolini, General Manager of Evides Water Company and board member of RIWA-Meuse (Photo: Eelkje Colmjon, Eelk.nl)

Sample permit

Circle Infra Partners was issued with its new discharge permit in 2020. “We had expected to see the wide adoption of this type of permit,” Ottolini says. “Especially because the Association of the Dutch Chemical Industry (VNC) was very impressed by it. Everyone was enthusiastic. Unfortunately, no other companies and competent authorities have followed suit to date.”

Ottolini believes that the authorities responsible for issuing permits ought to be the initiators of a Mutual Gains Approach like this. “I would like to urge the Ministry of Infrastructure and Water Management to develop a policy that requires competent authorities to issue this type of permit.” Rijkswaterstaat and the water boards would issue permits for direct discharges, while the 29 regional environmental services would issue permits for indirect discharges.

In many cases, some of the substances that companies discharge are not currently included in their discharge permits, Ottolini explains. There is a huge backlog in the updating of permits, and permits in the Netherlands are often outdated because they were issued for an indefinite period of time, which means they do not include the current discharge requirements for substances. “In the meantime, a company could have made changes to its production process and now be discharging substances that aren’t included in the permit.”

Always up to date and clear requirements

So, Ottolini says: “We are advocating for permanent wastewater measurements. The beauty of dynamic permits like these is that they are always up to date.” But what about the backlog in permits to be updated? “Some of the competent authorities say they don’t have enough staff,” she says. “But if the permit is designed based on a system with permanent measurements, there are no backlogs and often fewer people are needed.” Are continuous measurements possible? Ottolini believes they are: “The new technologies make it easy.”

The SMWK is currently working on the improved mapping of indirect discharges, which is no easy task. Ottolini also believes that water boards should impose stricter requirements on the wastewater they receive. “And make agreements about this with the companies that discharge via them. The water boards are hard at work on this, but there’s always room for improvement.”

Less diluted

Climate change has been a challenge for Evides in recent years too and will certainly continue to be a challenge in the future. “We commissioned Deltares to conduct a study to determine whether the Meuse will still be an important and reliable source for us in 2100,” Ottolini says. The study shows that the quantity, the availability of fresh water, won’t be a problem, but quality will. “We’re concerned about that. Especially given the new climate scenarios from the Royal Netherlands Meteorological Institute (KNMI), which show a dramatic acceleration in climate change.”

Ottolini mentions the fact that contamination is now increasing: medicine residues, pesticides, plastics, PFAS and other harmful substances and emphasises: “Droughts exacerbate this problem. Because these substances are present in higher concentrations when flow is low and there’s not much water flowing through the river.”

Better source protection

That’s why Ottolini believes a ban on the discharge of SVHCs, a list compiled by RIVM that contains more than 3,000 substances, should be implemented as soon as possible. She adds: “I think it’s wonderful to see rivers here and there around the world becoming legal entities; this makes it possible to protect them.” The first such river was the Whanganui River in New Zealand in 2017.

Ottolini also mentions the precautionary principle: substances must first be thoroughly tested for their aquatic hazard – their harm to humans, the environment and drinking water – before they can be discharged. “It’s a bit crazy, of course, that companies can discharge them freely, leaving us to pick up the pieces afterwards.” Thanks to all the technologies at our disposal, drinking water companies can also turn polluted water into good-quality drinking water, but that costs a lot of money, raw materials, energy and water. “It makes a huge difference if you do it upfront, in advance.”

Leading the way

An assessment of this nature is a smart move for the companies that discharge these substances too, she explains. “If a company knows that discharges are not harmful, it will be future-proof. Then, it’s guaranteed a license to operate.” This means preparing for the upcoming legislation from Brussels and seeking more environmentally-friendly alternatives. “It’s a win-win-win situation for everyone: the companies, the competent authorities and all the parties that use the fresh water.”

Ottilini also mentions the SMWK’s efforts to engage with businesses about the impact of discharges. “This is very important. But if we’re not successful, we will need to take a more proactive approach – we can’t wait too long.”

Higher on the agenda

Which role does Ottolini see for RIWA-Meuse in the protection of the Meuse as a source of drinking water in the future? She returns to the WFD. “It’s remarkable, of course, that it’s been in place since 2000 and that we’ve known what to do for 25 years now. So many things have been postponed time and time again. I think that we, RIWA-Meuse, both alone and with our members, need to become a little more activistic.”

By this, she means: “Put it even higher on the agenda, beat the drum more forcefully and legally enshrine the responsibility of permit providers: make a Mutual Gains Approach mandatory and also the permanent monitoring of wastewater at companies. Ensure an actual ban is in place on the discharge of SVHCs and really make sure the precautionary principle is applied. Make clear agreements and improve adherence to them.”

Ottolini believes that, since 2014, when Ottilini started in the roles she is about to step down from, RIWA-Meuse has definitely put the various issues on the map. She concludes: “I’m pleased with how the association has developed in recent years: it is seeking publicity much more. Having said that, there’s still so much more to be achieved.”


Text: Thessa Lageman, Onder Woorden

Translation: KERN Rotterdam

This interview is published in the RIWA Annual Report 2024 The Meuse