Uponor Building Solution
Kornmarksvej 21
2605 Brøndby
Reference

Uponor filter chamber part of the stormwater study, Heinola, Finland

In the pilot project, city of Heinola seeks results and information for stormwater quality management

In recent years, stormwater quality management has become an increasingly important part of urban stormwater strategies. A pilot project was launched in Heinola to clean stormwater with innovative filter chambers developed by Uponor Infra. At the same time, valuable research data will be collected on stormwater quality from two different types of areas and on the treatment results achieved with filter chambers.

"The stormwater project launched with Uponor is an important beginning to develop and study the qualitative management of stormwater in Heinola," says Project Manager Annika Vinkka from the city of Heinola.

"Heinola, located between the ridge areas, has many groundwater areas and valuable waterways. As rainfall continues to increase in the future due to climate change, so will the amount of stormwater and the harmful substances carried with it. Especially in densely built urban areas, managing the quantity and quality of stormwater is increasingly essential to safeguard the cleanliness of our waterways.

Keijo Houhala, Director of Technical Services at Heinola, says that comprehensive stormwater management is a broad and multifaceted issue that municipalities must invest in actively and systematically in the future.
"Heinola is certainly a fairly typical municipality – things and projects have already been taken forward, of course, but there is also a lot of undone work and renovation dept. However, municipalities are now taking stormwater treatment into account as awareness of the environmental load caused by stormwater has increased and more attention is paid to stormwater quality, Houhala says.

The current state of Heinola's stormwater systems has been investigated, for example, in a thesis by Annika Vinkka. Investment needs and, for example, various stormwater treatment possibilities are also explored in the upcoming engineering work. 

"The cooperation with Uponor is also part of this groundwork and research based on which our stormwater system will be built in the future," Houhala says.
 
Different solutions are needed 
 
Annika Vinkka considers it important that different solutions are available for stormwater quality management, as treatment needs also vary in different areas and forms of land use.

"Nature-based solutions, such as wetlands or green prints, work well in more sparsely built areas, but there is often no room for such above-ground alternatives in city centres, for example. The quality of stormwater also varies in different areas, which must be taken into account when choosing methods.

– It is also not possible or necessary to treat all stormwater, so we must be able to find the key risk areas and suitable solutions for them, Keijo Houhala points out. 
 
First ones in Finland
 
Vinkka says that Heinola is the first Finnish city to introduce new types of stormwater filter chambers developed by Uponor Infra.

In early 2023, Uponor launched the Stormwise solution, which offers a wide range of sustainable products and solutions for stormwater management.

"New stormwater treatment solutions to prevent contamination of waterways are a key part of the Stormwise concept. Especially in urban areas, stormwater quality has become one of the biggest challenges in stormwater management – there is a lot of need for efficient treatment, but little space," says Product Manager Teemu Salminen from Uponor Infra.

According to Salminen, the Stormwise solution has been very well received. "We have been particularly pleased with the interest that the new treatment solutions have aroused. Stormwater solutions are now being planned for several other cities as well.  
 
Most contaminants are recovered from solids
 
Uponor filter chamber is a compact, scalable solution for applications with high cleaning requirements. It is ideally suited for parking lots, high-traffic road sections or industrial areas, for example.
In the filter chamber, stormwater is treated by both clarifying and filtering before discharging it into water bodies. Heavier impurities precipitate at the bottom of the well and fine matter is removed from the outgoing water with a filter.

The chamber's efficient modular filter filters solids, metals, bacteria, phosphorus, oil and particles from stormwater. Drainage of settled solids is carried out once a year and filter changes every 2–5 years.
"A large part of the harmful substances in stormwater are bound to solids. When solids are separated from water, most of the impurities can be removed before they enter the water system. Harmful substances of particular interest to us are heavy metals and factors causing eutrophication, such as nitrogen and phosphorus," says Annika Vinkka.
 
First samples during the spring
 
The filter chambers were installed in late 2023 in the districts of Jyränkö and Tommola, which are located a few kilometres from the centre of Heinola.

"The chambers could easily be installed as part of the existing stormwater system. In Jyränkö, the chamber was installed in a stormwater network that runs along the edge of a residential area and a forest, in Tommola to a stormwater network that runs through the park area," Vinkka says.

"The locations were chosen so that we can examine two slightly different sites where the size of the collecting area is optimal. Jyränkö is mainly a residential area, while Tommola has traditionally had industry. The chambers are in non-traffic areas, but close to the road. This facilitates both maintenance and sampling. The stormwater in two areas and the cleaning efficiency of the chambers will be studied with samples to be taken during three rainfall events in the spring.

"The snowfall and freezing temperatures started just after the chambers had been installed. This means that samples can be taken and analysed approximately in March–April, when meltwater begins to accumulate again.
"It will be very interesting to see what kind of results we will get in the spring. Relatively little qualitative research on stormwater has been conducted in Finland, so the results will certainly benefit other cities and municipalities as well. A thesis is also being prepared on the project, Vinkka says.

Projektfakta

Heinola, Finland
Kommunalt byggeri
Færdiggørelse: 2023

Uponors rolle

Uponor filter chambers
Installation of filter chamber in city of Heinola
Heinola filter chamber installation

Projektinformation

Projektinformation

Land
Finland
Færdiggørelse
2023
Bygningstype
Kommunalt byggeri

Partnere

Partnere
Contractor: Vesan Kuljetus Oy
Designer/planner: City of Heinola and Uponor
Investor: City of Heinola

Lignende projekter

Unikt design sikrer kontrolleret afledning

Unikt design sikrer kontrolleret afledning

I Slagelse Kommune stiller man krav til at afledning af regnvand og spildevand adskilles, og derfor var det vigtigt, at også spildevandsløsningen på Nordre Ringgade blev opdateret i henhold til gældende lovgivning. Bygherren har fået en godkendt løsning, hvor spildevandet fra erhvervsejendommen i nr. 59 er blevet separeret fra regnvandet. Regnvandet ledes nu bort direkte fra den 2.500 m2 store parkeringsplads.
TV-Tower, Estonia

TV-Tower, Estonia

The tallest building in Estonia and the major cultural attraction, the Tallinn TV-Tower, is equipped with Uponor underground ventilation technology.
 New Uponor IQ –Storm water system - Sustainability and Quality in Road Infrastructure

New Uponor IQ –Storm water system - Sustainability and Quality in Road Infrastructure

In December 2011 Central Finland´s ELY –centre (The Centre for Economic Development, Transport and the Environment) started significant road constructing project in Jyväskylä. The aim is to create a new route between highways 18, 9 and 4, which helps reduce traffic jams and smoothes commutation. Uponor was chosen to be one of the suppliers due to our delivery capacity and overall cost efficiency.
Flow measurement reveals leaks in the water supply network

Flow measurement reveals leaks in the water supply network

The Water Monitoring Services developed by Uponor Infra enable real-time monitoring of water supply networks – deviations in the network can then be detected and located quickly. Pori, a coastal city in southern Finland, started monitoring an area on the periphery of its water supply network where leaks had caused problems over the years.
Life is grand for graylings in the pure waters of Ounasjoki River

Life is grand for graylings in the pure waters of Ounasjoki River

Located in Finnish Lapland, on the Ounasjoki River, the village of Kaukonen now treats its wastewater with a new WehoPuts 400 treatment plant. As in many rural areas, long distances make village treatment plants a more sensible alternative than transporting wastewater tens of kilometres to the nearest town.
Don’t count on luck to protect you from flooding

Don’t count on luck to protect you from flooding

With a bit of good luck, a property can overcome rains without flooding, but fewer and fewer count on such luck. As its stormwater solution, a waste power plant to be built in southern Finland chose one-hundred-metre long Weholite tanks.
 
Water treatment plant

Water treatment plant

Water company Ylä-Savon Vesi Oy needed a solution to improve the water quality in water supply process. The solution was an aeration tank made of Weholite.

Clean drinking water for 17,000 scouts

Roihu 2016 – the 7th International Finnjamboree organised by Suomen Partiolaiset - Finlands Scouter ry, was held at the Evo campsite in Hämeenlinna on 20–28 July 2016. A camp for 17,100 people was built in a forest area owned by Metsähallitus. Some 3,000 participants arrived from abroad – from about 40 different countries. Uponor delivered 7,600 metres of pipes to the area. The pipes were used to supply clean water and to lead grey water away from the area in a controlled manner.
Super-sized cooling

Super-sized cooling

About 1 km of Weholite pipes were installed in Philippines as cooling water intake and outfall pipelines for the Petron Bataan Refinery (PBR).  The Project Service team at Uponor Infra offered a turnkey solutions for the project.
Weholite limits overflows and pollution in London

Weholite limits overflows and pollution in London

Uponor’s Weholite technology was the key solution in a unique project in London, where the Lee Tunnel and Thames Tideway tunnel have the task of capturing an average of 39 million tonnes of sewage a year from the 35 most polluting combined sewer overflows (CSOs). An upgraded pipeline system was designed to reduce the number of overflows – and their environmental impact – from the sewers and treatment systems serving London. A particular aim is to limit pollution from the sewers and treatment systems connected to the Beckton and Crossness sewage treatment works.
Water supply in very demanding terrain in Norway

Water supply in very demanding terrain in Norway

The global mineral fertiliser, industrial chemicals and environmental products supplier Yara of Norway renewed the water supply to its factory in Glomfjord, close to the Arctic Circle in the north of Norway, with 1.8 kilometres of PE1,000mm pressure pipe. Extremely demanding terrain, limited infrastructure and the most stringent safety requirements demanded exceptional expertise and planning.
Fighting against an ecological disaster in a world-record time

Fighting against an ecological disaster in a world-record time

Rapid action was critical when a sewage collector broke in Warsaw, Poland, causing a massive waste spill into the Vistula River. Uponor Infra’s crew worked 24 hours a day in order to stop the pollution of the river. A temporary pipeline was produced, delivered and connected in just eight days.

A smart retention system for an anti-flooding solution

A smart retention system for an anti-flooding solution

September 2018 saw the launch of the project for a stormwater drainage system in Rzeszów, almost 26 kilometres long, in the residential District of Budziwój, which partially coincides with the floodplain of the River Wisłok. One of the elements of this system is the retention canal. The project, scheduled for delivery by May 2020, will help to finally solve flooding problems which have been plaguing the residents of this region of Poland.

 

Sewage retention chanel

Sewage retention chanel

The construction of an innovative retention sewage canal in Rzeszów in southern Poland was recently completed using Weholite piping and manholes.
Sewage separation system

Sewage separation system

Construction of storm water collectors in Nowe Polkowice is one of the stages of a big investment concerning the drainage of the district.

Sea outlet of treated wastewater

Sea outlet of treated wastewater

A sea outlet of treated wastewater was initiated in Swarzewo. It is yet another of the many environmentally friendly projects that have recently been carried out in Poland where PE pipes were used.

Strong, Safe and Flexible

Skaraborgsvatten in the south of Sweden has replaced its old intake pipeline made of wood with a new one made of Polyethylene. The new system was not only easy and fast to install - it is also impact resistant and capable of withstanding high levels of mechanial stress.
Focus on sustainability

Focus on sustainability

Uponor Infra secure future sewer transport with Weholite. Uponor´s contribution to this complex and prestigious project is not just about supplying Weholite. It also includes project management and technical support such as design and calculations, customized products and field service with onsite installation - all coherently coordinated by Uponor Infra Project Services.
Weholite installed in Valdemarsvik Sweden

Weholite installed in Valdemarsvik Sweden

In 1960, the Fifalla River, which flows through Valdemarsvik into the Valdemars Bay, was culverted. At the end of the 19th century, Lundbergs Läderfabrik was built over the last part of the river at the outlet, but in 1960 a culvert came into place, up to the factory under Storgatan for which the Swedish Transport Administration is responsible.
 
Uponor Vault cleans the storm water

Uponor Vault cleans the storm water

As an industrial city and a port on an inlet of the Baltic Sea, Norrköping in southeastern Sweden strives to prevent pollutants from ending up in waterways. In an ongoing pilot project, pollutants carried by stormwater run-offs will be captured a massive, tailor-made Uponor Vault, a stormwater treatment chamber to ensure that the stormwater is purified before it reaches the Ljura Stream and finally the sea.
 
ProFuse installed in Borås Stad

ProFuse installed in Borås Stad

When the 250 millimeter pipes ProFuse replaces old 150 millimeter pipes in cast iron on a two-kilometer stretch in Frufällan, society will have a significant increase in capacity for the vital water supply. In addition, the new pipes provide fewer coatings and thus less service needs and better hygiene.
 
Ultra Rib 2 Blue first installation

Ultra Rib 2 Blue first installation

In connection with a project in Sigtuna, the first pipes Ultra Rib 2 Blue are delivered. A new generation of pipes with 70% reduced carbon dioxide emissions. A significant part of the oil for the pipes comes from the waste industry and is vegetable.
 
Sustainable sewer pipeline with Ultra Rib 2 Blue

Sustainable sewer pipeline with Ultra Rib 2 Blue

The Ultra Rib 2 Blue pipes were first launched in Sweden – this year, the pipes have already been installed at several locations. In Finland, a pilot installation was carried out in early autumn in the Jalkaranta district of Lahti, a few kilometres from the city centre.
Battery of retention tanks

Battery of retention tanks

In Mielec, modern storm water and snowmelt retention systems have been built, which will solve the problems with periodical flooding of streets and buildings in the city centre.
Safe water supply for an old shipyard and sawmill area

Safe water supply for an old shipyard and sawmill area

The Pateniemi waterfront area in Oulu, Northern Finland played a role in the history of Finnish industrialisation. In the mid-19th century, its shipyard built large merchant vessels, and later it was the location of one of the largest sawmills of its time. Now, the waterfront is entering a new era with the completion of a residential area for 2,500 inhabitants. Uponor Barrier PLUS pipes – which are both durable and non-permeable – ensure a safe supply of potable water in this area that was in industrial use for over 100 years.
Reservoir tank for unordinary village of Tuuri

Reservoir tank for unordinary village of Tuuri

In an ordinary village with less than 1,000 residents, a reservoir tank would normally be unnecessary, but Tuuri in Southern Ostrobothnia in Western Finland is not an ordinary village. The village tourist attraction draws visitors up to six million visitors annually. This needs special solution for potable water delivery.
Uponor Vortex stormwater solution

Uponor Vortex stormwater solution

The City of Espoo is the first in Finland to introduce the Vortex stormwater separation chamber. It can be used to efficiently separate floating and descending solids from stormwater. The aim is to reduce the maintenance costs of the retention system built from stormwater tunnels and prevent solids from ending up in waterbodies.
Espoo's Itäranta is being renovated sustainably

Espoo's Itäranta is being renovated sustainably

HSY (Helsinki Region Environmental Services HSY) is testing a new kind of area renovation operating model in Itäranta, Espoo, where the aim is to get the area's water supply network in order once and for all. New steps are also being taken towards more sustainable construction: the selected Uponor Blue pipes utilising renewable raw materials will reduce the carbon footprint of pipeline installations by 70% compared to traditional plastic pipes.
Uponor-filterbrønde en del af regnvandsundersøgelsen

Uponor-filterbrønde en del af regnvandsundersøgelsen

I de senere år er kvalitetsstyring af regnvand blevet en stadig vigtigere del af byernes regnvandsstrategier. Et pilotprojekt blev lanceret i Heinola for at rense regnvand med innovative filterbrønde udviklet af Uponor. Samtidig vil der blive indsamlet værdifulde forskningsdata om regnvandskvaliteten fra to forskellige typer områder og om de rensningsresultater, der opnås med filterbrønde.