References

Knowledge of the industry and special know-how are the keys to efficient and innovative solutions.

In the South Harbour district of Aarhus a new heating transmission line was successfully implemented to support major urban development and ensure reliable heat supply.

A 380,000 m³ basin covering 25% of the city's annual district heating demand – powered entirely by renewable energy and industrial waste heat.

Craiova upgrades its district heating network with 88 km of ISOPLUS pipe systems and 13 modernised thermal stations.

The aim of the geothermal project in Kirchweidach was to supply municipalities and commercial customers with CO₂-free energy using geothermal energy.

MVV Netze, the grid company of the Mannheim-based energy company MVV, is continuing work on the renewal of the of the main district heating pipeline in the Mannheim-Neckarau district in four construction phases.

At Dradenau in the harbour area of Hamburg-Waltershof harbour area, a highly efficient gas and steam (CCGT) plant is being built at Dradenau in the harbour area of Hamburg-Waltershof harbour energy park. 

The project to expand Berlin's district heating network plays a key role in achieving the city's climate protection targets. The plan is to build a supply line around three kilometres. 

The cooperation between HOFOR and ISOPLUS dates back more than ten years, encompassing many projects in the Copenhagen metro area, like in Nordhavn. 

ISOPLUS is supplying pipes for the key regional pipeline through the province of South Holland for Gasunie, "WarmtelinQ", Europe's biggest district heating project in 2022 and beyond. 

The 'Valladolid Oeste' district heating Project expected to provide heating and hot water to over 10,200 homes and 67 buildings. It is currently the largest project under development in Spain.

In 2021, ISOPLUS collaborated with TVIS on the installation of two new district heating transmission lines in Denmark’s Triangle Region, covering 28 km despite significant logistical challenges.

ISOPLUS played a key role in an innovative project in Tårnby, Denmark, where district heating and cooling systems now harness energy from wastewater. 

Stirling Council's district heating project will be the first in the UK to use a mix of pioneering renewable technologies to turn waste water into energy.

ISOPLUS delivered joints, alarm system and 1.5 km of continuously produced, pre-designed pipes, which L&H Rørbyg subsequently re-designed as solar collector pipes.

The plant in Lausen-Grünau near Leipzig will not only be an efficient source of heat but will also send a strong signal for climate protection by saving around 7,160 tonnes of CO₂. 

The project focused on reducing the consumption of the two largest campuses of Sheridan College. The goals are to reduce the college’s energy consumption by 65% and CO₂ emission by 45% by 2030.

The Gratkorn district heating project utilizes waste heat from the Sappi Gratkorn paper mill's combined heat and power (CHP) plant to provide sustainable heating for the city of Graz.

The University looked to replace some of the older piping lines to ensure a more efficient heating solution. ISOPLUS broad product portfolio provided a complete technical solution for the project.

A new light rail system in the Greater Copenhagen area requiring extensive rerouting of pipelines to accommodate its 28 km stretch. ISOPLUS is responsible for supplying district heating pipes, components, and customized solutions.

The cooperation between HOFOR and ISOPLUS dates back more than 10 years and involves many projects in the Greater Copenhagen area.