Transport of brine - technological pipelines, Kosakowo, Poland
Transport of brine - technological pipelines
The extension of underground gas storage facilities is very important from the perspective of Poland’s gas security and thus for a number of years has been one of investment priorities of PGNiG. KPMG Kosakowo is the first underground methane-rich content gas storage facility in northern Poland constructed in rock salt bed. The gas will be stored in adapted salt chambers at the depth of 1000 to 1200 m. The completion of the entire investment is planned for 2020 and as of 2014 it will be operating with capacity of 100 million m3.
The construction of target ten storage chambers of total capacity of 250 million m3 will involve excavation of 3.4 million tones of salt in the form of a brine of approx. 18 million m3 volume. The storage chambers are created by salt leaching with the use of water pumped into the salt bed. This process results in the formation of a brine, which should be managed or discharged in a safe manner into the reservoir.
As of 2010 this brine is discharged through pipeline WehoPipe PE DN 355 into the Puck Bay. A system of diffusers was installed in the distance of 2.3 km from the shore at 8m depth, which allows to control the distribution of the brine in the Puck Bay waters. The current failure-free operation of the brine pipeline confirms the suitability of PE system to such demanding and high-level applications.
INVESTGAS (now Operator Systemu Magazynowania Sp z o.o.)
Uponor leverer tanke til industrielt udviklingsprojekt på Vestforbrænding
Aalborg Havn bygger på bæredygtige spildevandsrør
A durable and reliable solution for wastewater
Weholite yields savings and smoother implementation
New dry land fish farm which will produce 3,200 tonnes of rainbow trout annually is being build in Eckerö in the Åland Islands. Uponor Infra has provided design assistance and delivers the pipes and is responsible for their installation and welding.
Record-breaking intake cooling system in the Philippines
continuously developing expertise. The aim on this occasion was to provide a seawater intake cooling system – a pipeline, intake structure and chlorination line – for the 420MW extension of the Pagbilao Coal Fired Power Plant on Luzon Island in the Philippines.
Sustainable solution for a pulp & paper mill
Weholite’s ability to withstand external wear, such as friction against the seabed, was an important criterion when the outfall pipe of Stora Enso’s pulp and paper mill in Nymölla, southern Sweden, had to be replaced.
Power boost for Stockholm’s district heating network
A raw water system for the new power unit
Penstock for hydro power plant
Weholite technology was used for the construction of a penstock (water transmission pipeline) for a new small hydro power plant in the city of Cieszyn.
Transport of brine - renovation of technological pipelines
Transport of slurry supernatants – process pipelines, KGHM
Drainage systems around Żelazny Most tailings pond, KGHM
For almost 20 years, Uponor Infra has assisted the Polish mining conglomerate KGHM Polska Miedź S.A. in modernising Europe’s largest tailings pond.
Transport of post-flotation waste – process pipelines, KGHM
For many years Uponor Infra has suppplied KGHM with high-quality polyethylene piping systems that transport water and slurry.
Brown coal mine drainage systems
Uponor Infra has been delivering for the last dozen or so years the PEHD systems for surface drainage of brown coal mine
Drainage system for heat and power station
Slotted drainage VipLiner module made by Uponor Infra has been chosen to build a drainage system for heat and power station of Gdynia.
A new generation biotechnology factory
Extension of the district cooling station seawater intake in Helsingborg, Sweden
The district cooling system in Helsingborg involves the streamlining of current production. By means of seawater and using heat from the district heating network to power an absorption cooling unit, district cooling provides much better environmental values than electric cooling units. The district cooling station is an efficient source of cooling for buildings, industrial facilities and shopping centres.