By Democrat reporter
The carer was told by her GP to urgently get to hospital, where she stayed for five days with severe gastroenteritis and dehydration.
Shelley, who is a member of the swim group Salty Sisters, underwent several weeks of appointments that led to a final diagnosis of cryptosporidium – a diarrheal disease contracted by swimming in contaminated water.
Shelley said: “I’m no longer swimming every day, and I’m more cautious about getting into the water. The sea is where I go for my mental health, to get away from stress of being a carer.
“The first thing I do now is check outfalls. That’s good, but it comes from a place of fear. I shouldn’t be doing this. I should be checking the tide, not when was it heavy rain and if there were any spills.
“It impacted my son’s mental health. He has OCD, ADHD and autism and I’m his carer. My illness caused a lot of anxieties and stress.”
Sewage may have been dumped in Scots waterways every 90 seconds in 2024
Shelley was speaking as a new report showed the true extent of Scottish Water’s sewage pollution could be as high as 364,629 sewage discharges in 2024, due to missing data
The report by Surfers Against Sewage (SAS) highlighted the many financial, environmental and public health failures of the water industry in Scotland and across the wider UK.
It showed that:
- In 2024, Scottish Water recorded 23,498 discharges for a total of 208,377 hours. Yet these figures are only from 6.7% of the total network.
- Scottish Water’s missing data means the true number of sewage discharges is unknown, but SAS estimates that it could be as high as 364,629 discharges, an average of more than one discharge every 90 seconds.
- SAS’s annual Water Quality Report reveals that Scottish Water cannot be trusted to report on its own sewage discharges in real time having failed to do so for 73% of sewage discharges last year.
SAS said its annual Water Quality Report highlighted that Scottish Water recorded 23,498 discharges for a total of 208,377 hours in 2024. However, it claims those figures only account for 6.7% of Scottish Water’s total network due to weak regulations and missing data.
SAS found that Scottish Water has the highest average discharge rate, at 89.3 discharges per CSO (combined sewage outflow), of any water company in the UK.
Giles Bristow, CEO of Surfers Against Sewage, said: “These sewage figures are appalling, and yet they are likely just the tip of the fatberg, due to Scottish Water’s reckless approach to monitoring and public safety.
“Scotland’s coastline, lochs and rivers are some of the most stunning on the planet, with surfers, swimmers and paddleboarders wanting to make the most of these beautiful blue spaces. But these waters are far from pristine.
“With no legal requirement to issue sewage alerts in Scotland, water users have no idea whether or not it’s safe to enter the water. People are getting sick and yet Scottish Water are standing idly by, happy to sweep the scale of the sewage scandal in its waters under the carpet.
“SAS provides sewage alerts via the Safer Seas and Rivers Service in England and Wales, however, Scottish Water’s inaction will mean the Scottish map will remain blank this year, with surfers and swimmers gambling with their health each time they dive in.

“Scottish Water: You’re polluting your incredible wild waters and leaving the public in the dark, and at risk. It’s time to step up and provide real-time sewage alerts and dramatically improve your woefully inadequate monitoring.”
Surfers Against Sewage is coordinating a UK-wide day of action for its Paddle Out Protest on Saturday, May 17, with events due to take place across the length and breadth of the UK.
Scottish Water publishes its reported and unreported overflow data annually on its website and the firm says it is on track to deliver on its commitments to prevent pollution incidents.
Professor Simon Parsons, director of environment, planning and assurance for Scottish Water, said: “The quality of Scotland’s water environment remains high, with 87% of water bodies classed as good or better.
“We continue to invest in infrastructure – £500m in addition to the £2bn spent in the last decade – which helps improve it further to meet national targets.
“Our waste water treatment systems handle more than one billion litres of waste water every day and are a vital part of the water cycle in Scotland.
“The route map we published in 2021 set out a crystal-clear commitment to invest further, monitor performance at more locations and strive to prevent pollution incidents before these happen. We are on track to deliver on those commitments.”
The Scottish Environment Protection Agency (SEPA) publishes daily water quality predictions during the bathing season.
The general advice all year round is to remember that heavy rainfall can impact water quality.
Diluted sewage from overflows is not the only source of bacteria in water bodies. Others include run-off from land (agricultural, cows, sheep etc), wildlife (gulls, seals etc) and dogs (owners not picking up after their pets).
David Harley, acting chief officer for regulation, business and environment at SEPA said: “Following two decades of targeted regulation driving investment, 87% of bathing waters across Scotland are classified as Excellent or Good.
“As Scotland’s principal environmental regulator, SEPA routinely analyses water quality during the bathing water season at all of Scotland’s 89 designated bathing water sites to protect human health.
“When sample results show unexpectedly high bacterial levels, SEPA issue advice against bathing on a precautionary basis while investigating, so people can make informed decisions about entering the water.
“In tandem with environmental monitoring, SEPA work with operators and stakeholders across the country to direct action, including millions of pounds of investment, to improve bathing water quality.
“However, we recognise that more needs to be done. SEPA required Scottish Water to produce the Improving Urban Waters Route Map, which details the environmental improvement and monitoring actions required of Scottish Water in relation to Combined Sewer Overflows (CSOs).
“We are pleased that Scottish Water met the obligation to install 1,000 monitors by the December 2024 deadline. Near real-time reporting of all CSOs spills within 2km of all Bathing Waters and shellfish waters will be available to the public before the upcoming bathing water season.
“The Route Map also requires a number of high risk CSO to be improved by 2027 and we will hold Scottish Water to account on this commitment.
“Protecting and improving our bathing waters is crucial for water users, local economies, and communities. While we celebrate the improvements made so far, we are not complacent.
“We will continue our work to ensure these improvements are sustained and where necessary further improvements are made, so people can enjoy our bathing waters now and in the future.”
How Paris Cleaned Up The Seine and Created A Better City For Its Citizens

There is still hope that Loch Lomond, the River Clyde, the Leven, the Endrick and the Fruin and other local rivers could shift the dark cloud of sewage contamination from over their shoulders.
The Seine is an iconic river. But so too is the River Clyde and Scottish Water would do well to observe what has taken place there. With a length of 481 miles, the Seine it runs from Burgundy through Paris out to the sea in Normandy.
For all its fame, the Seine has a much darker side — it has been a dumping ground for all kinds of waste. Its biggest source of pollution in contemporary times has been the disposal of countless tons of wastewater—which include domestic and industrial sewage—into the river.
The estimated cost of the recent Seine cleanup efforts amounts to 1.4 billion euros ($1.5 billion), paid by the state and local authorities. More than half a billion euros was designated for huge storage basins and other public works that reduced the need to spill bacteria-laden wastewater into the Seine, untreated when it rains.
The 2024 Olympic deadline supercharged a Seine clean-up that had been decades in the making, infusing social, environmental, and economic benefits for Paris and the surrounding communities in the process.
The Seine is key to French life, culture, and identity, and the river and its banks were the centerpieces of the Paris 2024 Olympic opening ceremony.
As the Seine narrows and cuts through the heart of Paris, it carries centuries of history with it, as dioes the River Clyde andf Loch Lomond.
Tourists in town for the Olympics meandered along the Seine’s banks, and their paths mirrored the premier architects who constructed the Eiffel Tower, the Notre Dame Cathedral, and the Louvre and Orsay museums.
How did the Seine Become So Polluted?
For centuries, the Seine had been a dumping ground for laundry suds, human waste, and animal parts tossed into it by medieval butchers. In the 19th century, factory and human wastewater was often discharged directly into the Seine.
City planner Baron Haussmann’s decisive urban renewal project throughout the second half of the 19th century was an engineering triumph for Paris, as National Geographic relates, yet it was dangerous for the Seine’s health.
Such waste disposal directly into the Seine seemed the only option to avoid saturating Paris’ sewage network and flooding the city when especially heavy rain hit.
Seine swimming was banned starting in 1923, the year before Paris last hosted the Olympics, due to the health risk posed by a river contaminated by the city’s wastewater.
In 2015, Paris launched its plan “baignade,” or swimming plan, with detailed measures to clean the Seine and Marne, a tributary, and make the Seine swimmable by the 2024 Olympics—an essential element of its successful bid to host the games.
The plan was necessary because the city needed to eradicate the E. coli, enterococci, and other assorted micro-organisms that for centuries had sickened swimmers. Bloomberg comments that “the cleaning of the Seine helps to burnish Paris’s brand as a new capital of sustainability.”
City officials told Time magazine, that, as a result of recent infrastructure upgrades, the amount of untreated wastewater that ended up in the Seine in 2022 was 90% lower than 20 years earlier.
Despite this progress, though, pollution was still a problem. In 2022, 1.9 million cubic meters of untreated wastewater had spewed into the Seine. More work remained to be done.
The Infrastructure that Cleaned Up the Seine
To clean up the river fully, several new structures had to be built.
Wastewater and rainwater had flowed into the same drainage pipes. To remedy this, Paris built a 15 million gallon underground tank to store water — the Austerlitz rainwater retention basin was completed in May 2024 and has a holding capacity of around 50,000 m3.
This giant reservoir dug next to Paris’ Austerlitz train station aims to collect excess rainwater and prevent bacteria-laden wastewater from entering the Seine.
It can hold the equivalent of 20 Olympic swimming pools of dirty water that will now be treated rather than being funneled raw through storm drains into the river.
Exceptional weather events will be easier to deal with thanks to the new basin, as it will prevent wastewater from being discharged into the Seine during heavy rainfalls. Excess water will flow into the sewer system and be treated.
The new storage basin “guarantees” that water can be stored even during severe storms and will help water levels to “return to normal as quickly as possible,” said Paris mayor Anne Hildago, as reported by AP.
An overhaul of sewage processing across the region now ensures that clean water moves into Paris.
Financial incentives and a publicity campaign encouraged rural households and houseboat owners upstream of Paris to stop discharging toilet waste directly into the river, diverting it instead into the sewer system.
In total, upstream of Paris some 23,000 connections have been or are being being treated.
To stop wastewater discharges from boats or floating buildings docked in Paris ports along the Seine, the law now requires each boat or structure to be connected to the main wastewater networks of the the city.
The biggest sewer project was an 8.8 kilometer (5.7 mile) super-sewer built south of the city. Two disinfection units at the SIAAP (Service public de l’assainissement francilien) wastewater treatment plants, on which much of the improvement in water quality depends, have been operational since last summer.
Wired describes how there will be more public investments in improving the public water treatment system, and authorities will also be working with the private sector to ensure existing and new homes and buildings meet the right standards. In the coming years, the prefecture will continue rationalizing the sewer and water treatment system, making sure that buildings are properly connected to the network and not to the river directly, and that the network has sufficient capacity to avoid being overwhelmed.
What Environmental Effects has the Seine Clean-up Had?
About 35 fish species are now living in the Paris section of the river, up from only three in the 1970s, when waters were extremely polluted due to nearby industrial activities. The revival of fish stocks has been accentuated by the restoration of river foliage.
A clean Seine also offers Parisians an escape from steamy summer temperatures, as does the Clyde with its trips Doon the Watter and Loch Lomond is widely recognised as “a lung” for the city of Glagow and towns such as Dumbarton, Clydebank and Helensburgh.. After the games, the river should reopen to everyone — in the summer of 2025. representatives from City Hall say a handful of bathing spots are within Paris itself, with others a bit further away from the city center.
- Bras Marie (Parc des Rives de Seine, right bank), with organized water sports events;
- Paris Plages, where swimming during the Olympics was permitted;
- Bras de Grenelle, between the Port de Grenelle and the banks of the Ile aux Cygnes (15th district); and,
- Bercy, at the Passerelle Simone de Beauvoir, below the Parc de Bercy (12th arrondissement)
Pictures: Wild swimmers in Loch Lomond and volunteers assisting with cleaning up the Clydeshore at Levengrove in Dumbarton.
Folks sadly just need to get used to pollution. It is the hallmark of an economically distressed country.
Look around you and see the decline. Under investment in infrastructure like the third world A82 and its horrendous death rates. Or the potholes roads. Or the struggling public services.
Polluted water, like polluted water in the developing world is a simple indicator of a poor country.
Britain is a country in decline. Its empire gone. Its manufacturing base gone, all of its assets from ports and airports to power generation to water treatment sold off and in the hands of foreign often offshore corporate interests. Just look at Thames Water or the last steelworks where the UK can’t even deliver the coking coal to save the furnaces.
Stripped bare, starved of manufacturing and assets, is it any surprise that pollution is on the rise?