Access to Services

Access to Underground Facilities

The facilities can be accessed via Timo shaft and the decline. Elevator goes to the bottom of the mine, to 1440 meters, by using the Timo shaft. The journey to the main level takes just 3 minutes, and there is room for up to 20 persons in the cage.

 

You can also use decline to go to different levels. Journey to main level is 11 km and takes about 30 minutes. The decline access provides a quick and a safe way to transport heavy and/or large objects and bulk materials to the laboratories.

 

Transportation of materials, and travel from the main level to different laboratories is done by car, truck or lift. Even 20’ sea containers can be transported underground through the incline. Due to the unique challenges presented by a mining environment, operation of vehicles requires mine driving training, which includes demonstrations as well as practical training in the underground environment.

 

 

 

Safety Training

Safety being a top priority, all persons working in the underground locations are required to undergo safety and emergency training. For frequent visitors, lift operation training is also recommended, as you can then use the mine lift independently. All required training are also available in English.

 

Although English proficiency is very high among staff, in case of an emergency, one person fluent in Finnish is required to accompany a group (or person) when leaving the main level. English and Finnish speaking research assistants are available for this task.

 

 

Super big news for Pyhäjärvi! The pumped hydro storage plant is going forward. €26.3 million investment support for Finlands Energy Storage Ltd. tem.fi/-/pyhasalmen-p… #PPHES #CallioPyhajarvi #EPVenergia #PyhasalmiMine #FinlandsEnergystorage #energiatuki #NorthOstrobothnia

Kohta se alkaa. Voiko tätä syödä? Ohjelma jossa on nuriseva kokki ja innosta tärisevä tiedemies matkalla ruoantuotannon tulevaisuuteen ja mahdollisuuksiin. Osa toimii, osa ei. #voikotätäsyödä? #yleareena pic.twitter.com/gLKqFkyPVf Retweeted by Callio Lab

What do you expect to see at the depth of 1.5 km? Physicists filling the #underground Lab 2 of @CallioPyhajarvi with their instruments. The research is done as a part of @BalticRegBSUIN project. #BSUIN @UniOulu @uniofjyvaskyla @baltic_sea_prog @Moedas #interreg #BSR #BSI pic.twitter.com/HIaGPiZ6OV Retweeted by Callio Lab

Researchers show example in #recycling: instead of having everything new and costly the EMMA cosmic ray experiment uses of detectors from former experiments at @CERN #LEP_DELPHI & @KITKarlsruhe KASCADE #ResearchImpactEU @CallioLab @UniOulu @uniofjyvaskyla pic.twitter.com/ODtyfVTXgv Retweeted by Callio Lab

Henrika Pihlajaniemi is excited to have 'real life laboratory' studying new #adaptivelighting and #intelligentlighting in underground environment. @CallioLab #researchcommunity @UniOulu @ouluschoolofarchitecture@GTK_FI #undergroundscience pic.twitter.com/xnOewWvZV3

"#ResearchInfrastructures should always have a #RegionalDevelopment point of view." A quote from Panu Jalas, project leader of @BalticRegBSUIN at @CallioLab #researchcommunity meeting at @GTK_FI Espoo. #ResearchImpactEU #interreg @baltic_sea_prog @INTERREGTweets @EUSBSR pic.twitter.com/X2CuGFEIbm Retweeted by Callio Lab

Marcos de Paiva Buenos gave us details on their plans for mining related training. #MineTrain @CallioLab @CallioPyhajarvi @OuluMiningSchool @GTK_FI #researchcommunity #undergroundscience . pic.twitter.com/fdiZTJVw3t

Lasse Ahonen presents Energy Mine project in Callio Lab Research Community Workshop. @CallioLab @UniOulu @GTK_FI #undergroundscience #geothermal pic.twitter.com/R0EVee4vHL

Ready for Callio Lab Research Community Workshop in Otaniemi tommorrow? @CallioLab @UniOulu @GTK_FI #undergroundscience pic.twitter.com/GhAGsp52Yp