Clean drinking water for 17,000 scouts, Evo, Hämeenlinna, Finland
Clean drinking water for 17,000 scouts
Uponor delivered 7,600 metres of pipes for the construction of the international scout camp. The pipes were used to supply clean water and to lead grey water away from the area in a controlled manner.
A town surrounded by forestThe Evo campsite in Hämeenlinna has been developed systematically to make it suitable for large events. The core network is built underground. In the area there are also two groundwater wells as well as buildings.
The campsite extends over a very large area as it has to accommodate over 17,000 scouts. Therefore, water supply must be planned well. A total of 6 subcamps and a family camp for 3,000 people, which accommodated under-12-year-old scouts and their families, were built in the area.
Roihu2016 was built by volunteersA surface network was built above ground for both clean and grey water. Uponor delivered to the area 32 and 40 mm PE pipes for the network. For clean drinking water, 15 and 18 mm PEX pipes were also used. The products to be used were required to be easy to install and resistant. Ease of installation and resistance ensure that the network will be built within schedule and that it will remain functional for the entire duration of the camp, respectively.”All installations are made above ground, with the exception of some pipelines that go under the road. The pipes must be of high quality in order to be able to withstand the stress that they may be subjected to. As installations are also carried out by non-professionals, the pipes must be easy to install,” emphasised Johanna Suomalainen, who served as acquisition manager for Roihu2016 during the acquisition phase.
Roihu2016 was built in Evo by about 2,000 volunteers. The camp took over two years to plan. Four days before the construction of the actual camp, about one hundred people gathered in Evo to collect the goods delivered and to start building the necessary infrastructure, such as the water supply and sewer networks and the electrical grid. The construction of the actual camp took a total of nine days. The camp took about three days to dismantle. Therefore, the Evo campsite was back to its normal condition by the end of July.
Uponor tryckrörssystem Profuse i Borås Stad
Storsatsning vid Skånes universitetssjukhus i Malmö
Testinstallation av infrakulvert med stor potential
Starkt, säkert och flexibelt
Innovativt - Pålitligt - och installerad på 11 dagar
Uponor markavloppssystem Ultra Rib 2 i Kungälv
Säkert och Hållbart
Fokus på framtida hållbarhet
Weholite installerat i Valdemarsvik
Uponor Vault renar dagvatten
ProFuse installerat i Borås Stad
Första installationen av Ultra Rib 2 Blue
Plastic ensures condensation-free ventilation at new hospital and research facility
Pump structure secures stormwater system’s long life
Drinking water passing through contaminated area in Thisted
Intake pipeline for seawater in Copenhagen Harbour
Butt welding by night of 900 mm pipes ensures stable operation of a district cooling solution in Copenhagen Harbour.
Heavy-duty pipe for Tallinn’s district heating network
PE pressure sewer system from Harjavalta to the city of Pori
New Uponor IQ –Storm water system - Sustainability and Quality in Road Infrastructure
Ultra Double replace concrete pipe line in Raahe
ProFuse pressure pipe line provides drinking water to cottage owners in islands near by Uusikaupunki
Environmental friendly heating and storm water systems in new Launonen day-care centre
New water pipeline
Now that’s truly FAST
Secure tunnel trunk lines
Handling storm water in a smart way
Life is grand for graylings in the pure waters of Ounasjoki River
Europe’s largest ever plastic culvert goes to Norway
Don’t count on luck to protect you from flooding
Urban runoff under control – quickly and easily
Relining to the rescue in Kajaani
Iisalmen Vesi renovated a trunk line by relining
To rebuild an office building located in the heart of Amsterdam into 150 appartments in a relatively short time is definitely a big challenge.
Weholite limits overflows and pollution in London
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.
Sewage pipelines to sewage treatment plant - HDD method
Collectors for sewage treatment plant
Renovation of reinforced concrete sewer - relining method
Sewage retention chanel
Renovation of cast iron water supply pipeline - swagelining
Thanks to swagelining technology, it was possible to carry out most of the water line modernisation works in the centre of the city of Łódź, in a built-up area, along traffic lanes with heavy traffic of motor vehicles and trams.
Sea outlet - discharge of stream water into the Gdańsk Bay part 2
Renovation of damaged stoneware collector – cracking/short relining
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
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.
Hybrid solutions for storm water management
City of Lahti is building new neighborhood called Ranta-Kartano. While they were constructing basic infrastucture the city saw the possibilty to reserve some ground space for storm water management. Now there is a test running for different kind of storm water management. Uponor is involved with new type of storm water filter.
An easy and reliable storm water solution
Flow measurement reveals leaks in the water supply network
Fire wastewater safely recovered
Water treatment plant
Quick installation in the Konotopa channel
Weholite tanks have multiple uses
Water supply in very demanding terrain in Norway
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.