Tapaustutkimus

Icerink in "Városliget", Budapest, Hungary

Icerink in "Városliget"

Projektin tiedot

Budapest, Hungary
Urheilurakennukset (sisä-ulko)
Lattialämmitys ja -viilennys
Valmistuminen: 2011

Uponorin osallistuminen

14800
The big renovation

The city municipality and the National Development Agency signed the support agreement for the renovation of the Skating-rink of Városliget, and the attached building blocks, on December 15, 2008. In the framework of the renovation, besides the reconstruction of the ice-rink and the receiving building, they re-build the side-wing which was bombed down in WW II. Out of the almost 4.7 billion HUF development cost, 3.175 billion HUF was made available from EU subsidy. The work was done in two phases. In Phase I, the construction of the new cooling power-house was completed, while in Phase II complete renovation of the monument skating house and the construction of the skating-rink and ice-hockey rink was completed. After the full reconstruction, the Skating-rink of Városliget became the largest open-air skating-rink of Europe, which also meets the requirements of the Association. The surface of the rink is 14,800 m2, it is open from mid-October to mid-March. Maximum cooling power demand is 4.5 MW, built-in nominal cooling power is 5 MW. The rink pipes, fastened to a steel reinforcement net at a clearance of 80 mm, are made from cross-linked PEX pipes (Uponor product), the total length is 198 km. Phase II of the full reconstruction, the complete renovation of the monument skating house and the construction of the skating-rink and ice-hockey rink started in the summer of 2010. The work started with build-down of the building to its skeleton, removal of the 3 layers of pipes below each other, and transportation, crushing, grinding, and re-using of the removed concrete. Then the soil of the rink was replaced and layers were built along with covered tunnel (which is under water in summer). On the lower layer of concrete, insulation, fastening layer with the steel pipe holders, and then the PEX cooling pipes were installed. Pipes were installed 80 mm from each other, fastened to the steel structure by plastic clamps. After laying down the pipes, pressure test was carried out, then the concrete layer was poured, maintaining 2 bar pressure in the pipes. The slope of the rink is less, than 30 mm, waviness of the concrete is below 6 mm. This provides for the uniform thickness and high quality of the ice. Rink pipes are connected to the manifolds in the pipe drift with Rosex disconnectable connections. Installation was carried out under supervision and with consultation from the supplier Uponor. At the skating-rink supply and drain manifolds are placed on opposite sides, while at the ice-hockey rink manifolds are on the same side in the pipe drift. The skating-rink is divided into six sections, each section may be disconnected from the cooling system, while the ice-hockey rink can only be operated in full. In the pipe drift, which starts from the power-house, and can be walked around, special HDPE (special polyethylene) Uponor pipes are connected with manifolds to the main pipelines. Rink pipes are connected to these pipes by disconnectable connections. The skating-rink re-opened after a two-year hiatus in December 2011, and between January 6 and 8, 2012 the International Speed Skating Association organized the complex European Championships, with great success.

Icerink in "Városliget"

0002903

Projektin tiedot

Projektin tiedot

Osoite
Olof Palme sétány 5.
Maa
Hungary
Valmistuminen
2011
Projektityyppi
Remontti
Rakennustyyppi
Urheilurakennukset (sisä-ulko)

Yhteistyössä mukana

Yhteistyössä mukana

architect
Manyi Stúdió
1122 Budapest, Határőr út 13/b.
Magyarország

contractor
Hérosz Építőipari Zrt.
1095 Budapest, Hídépítő u. 1-12.
Magyarország

Samankaltaisia projekteja

Vauhditusta energiatehokkuuteen

Vauhditusta energiatehokkuuteen

PowerParkin sisäkartinghalli muuttui toimivaksi ja miellyttäväksi monitoimihalliksi, kun asfalttilattian tilalle valettiin betoni ja sen alle asennettiin energia- ja kustannustehokas Uponor Quattro -lattialämmitys.
Thermal Bath in Egerszalók

Thermal Bath in Egerszalók

The real sight of Egerszalók is the thermal well springing in the Southern part of the village, and the travertine hill created by the running water, which became known as the "salt-hill" over the years.
Refrigeration technology at the city icerink of Pápa

Refrigeration technology at the city icerink of Pápa

History of Pápa Pápa is a city of township rink, with a historic redolent cityscape, sights and cultural show-places. The city is located on the border of Bakony hills and the Kisalföld plains, and is the economic and cultural centre of the Bakony area.
Ice-rink in Pesterzsébet

Ice-rink in Pesterzsébet

The facility is located in district XX. of Budapest, at Zodony street 1., in the area near the Gubacsi bridge and the Helsinki road, in the vicinity of the Gubacsi residential block and the Mediterrán subdivision.
"Žalgirio" Arena

"Žalgirio" Arena

Žalgirio Arena has been given a BREEAM In-Use certificate – the first for an existing sports venue in the world.

Stavanger Concert Hall

Stavanger Concert Hall

The new concert hall is an outstanding building and a new benchmark. Uponor has been involved for the underfloor heating and plumbing system as well as snow melting system for outdoor areas.
Stades de Bienne

Stades de Bienne

 

The Stades de Bienne gives Biel a brand-new, versatile meeting point for sport, culture, business, eating and shopping and is attracting visitors from all over the region. Due to open in 2015, Uponor AG Schweiz has contributed to this project by providing thermoactive building component systems (TABS).

Addenbrookes Hospital

Addenbrookes Hospital

Addenbrook hospital was one of the first provincial voluntary hospitals in UK and is currently undergoing a renovation program to replace all the service pipework.
Ashville Sports Centre, Harrogate

Ashville Sports Centre, Harrogate

As part of a £3million project, Ashville Sports Centre will be redeveloped by September 2017.
Once completed, the sports centre will boast a significantly enlarged gymnasium, a studio, 9 changing facilities, a reception/café area and new staff offi ces. The swimming
pool will also be redecorated and receive much needed maintenance.
CEF headquarters, Durham

CEF headquarters, Durham

When national electrical wholesaler company, City Electrical Factors (CEF), decided to invest in construction of a new 3,500m2 headquarters to provide a more contemporary, fit for purpose and environmentally efficient office environment, the resulting design from architect Faulkner Brown was a very conceptual, fair faced concrete building.
Dudley College, Dudley

Dudley College, Dudley

 The Advance II project is part of a transformation programme at Dudley College and the fifth new teaching facility to be constructed as part of the ‘Dudley Learning Quarter’ campus development.
Manchester Metropolitan University, Manchester

Manchester Metropolitan University, Manchester

The innovative building, incorporates three individual towers and two atria and  boasts not only world-class teaching and learning facilities for students, staff and businesses, but also catering and leisure areas for all students, and conference venues which will draw companies and industry associations from across Europe and beyond.
Mooreland Care Home

Mooreland Care Home

Uponor Ltd provided the complete solution to Mooreland Care Home's heating and plumbing needs, offering complete flexibility and also a quality installation.
Toyota Park

Toyota Park

See how our turf-conditioning application using Wirsbo hePEX™ provided a chilly mid-western soccer stadium with...
Sieben Welten

Sieben Welten

Experience Asia, Africa, Andalusia, Mexico, Arabia, India and Japan – Uponor supports the energy use concept of the ‘Sieben Welten Therme & Spa Resort’.