Referencje
Zbiorniki retencyjne na osiedlu mieszkaniowym Neptun Park
Uponor Infra dostarczyła na teren osiedla Neptun Park zbiorniki retencyjne PE SN8 DN2400 o łącznej pojemności V=510m3, które będą zbierały wody opadowe z terenu osiedla.
Relining to the rescue in Kajaani
In Kajaani, a pressurised sewer that has broken down due to faulty installation will be renewed by relining. This reliable and fast method will also be cheaper than excavating for the site.
Infra Utility Tunnel installation
Akademiska Hus is together with the campus facility Cassiopeia plans to build about 300 apartments in Lund
Jäähdytysvesiputki hallitusti merenpohjaan
Aeration as the only treatment for raw water treatment
No chemicals are needed to keep the water quality high in a medium-sized city in Finland where the water intake plant was renovated and the Uponor aeration tank was installed.
Syfon Weholite w Biebrzańskim Parku Narodowym
Modernizacja śluzy na stopniu wodnym
A stormwater tank in Järvastaden
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
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.
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.