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På Kemicentrum finns ett antal kylanläggningar som betjänar kylrum, frysrum, kyllabb, konstantrum och luftkonditioneringar. Dessa anläggningar är verksamhetens ansvar och tillhör användarna.Enligt lag skall alla aggregat med en koldioxidekvivalent (CO₂-ekvivalent) motsvarande 5 ton genomgå en periodiserad kontroll och läcksökning minst en gång var 12:e månad. Kemicentrum har avtal med Akademiska h

https://www.kc.lu.se/anstalld/systematiskt-arbetsmiljoarbete/rutiner/kylanlaggningar - 2026-06-13

Mer information om rutiner för brandskyddsutbildning finns på sidan för Brandskyddsutbildning och första hjälpen. Brandskyddsutbildning och första hjälpen 

https://www.kc.lu.se/anstalld/systematiskt-arbetsmiljoarbete/rutiner/brandskyddsutbildning - 2026-06-13

Varje år genomförs en funktionskontroll av alla dragskåp och dragbänkar vid Kemicentrum. Kontroll görs med 28 cm lucköppning hos dragskåp. Krav för godkänt: 0,5–1,0 m/s. Kontroll av dragbänk görs med max 1/3-dels övertäckning av arbetsytan. Krav för godkänt: 280 l/s och m² perforerad yta. I samband med kontroll av dragskåp och dragbänk testas även larmfunktionen. Kontakt Johan Tejler Arbetsmiljösa

https://www.kc.lu.se/anstalld/systematiskt-arbetsmiljoarbete/rutiner/arlig-funktionskontroll-av-dragskap-och-dragbankar - 2026-06-13

Information om rutiner för skyddsronder på Kemicentrum finns på sidan för Skyddsronder. Skyddsronder 

https://www.kc.lu.se/anstalld/systematiskt-arbetsmiljoarbete/rutiner/skyddsronder - 2026-06-13

Welcome to LUNARC The Centre for Scientific and Technical Computing at Lund University LUNARC is the centre for scientific and technical computing at Lund University. The centre provides resources for computation, visualisation, and storage for research at Lund University within all aspects of computational science. LUNARC is also branch of NAISS. More about LUNARC Learning more Information on how

https://www.lunarc.lu.se/start - 2026-06-13

The vision for LUNARC is to be a natural hub for e-science and e-infrastructure at LU providing powerful and easy-to-use resources for computation, visualization and storage. LUNARC has 3 main focus areas:Scientific exploration using computational tools such as computer simulation and machine learning (AI/ML).Create an understanding of data through visualization.High-performance storage resources

https://www.lunarc.lu.se/about/vision - 2026-06-13

LUNARC was formed as a collaboration between groups in Theoretical Chemistry, Physical Chemistry 2, and Structural Mechanics in 1986. The founding members were later joined by Theoretical Physics and in 1996, LUNARC was transformed into a centre for scientific and technical computing at Lund University. Together with five other centres, LUNARC became a part of the Swedish National Infrastructure f

https://www.lunarc.lu.se/about/history - 2026-06-13

The basic requirement to use the resources is membership in a compute project. This is handled through the NAISS database - website of the Swedish User and Project Repository (SUPR).The different steps are:1. Create a SUPR accountSUPR offers a number of ways to login. For employees at Lund University, the most convenient is "Login using SWAMID", which simply means using the Lucat-ID.Once inside SU

https://www.lunarc.lu.se/getting-access/how-get-access - 2026-06-13

Projects are resource allocationsAccess to LUNARC resources are managed via so-called projects, which are allocations of time for computation or allocation of storage space. Note that storage is only intended to be used in connection with computation and not as just a place to put data.Allocation projects should not be confused with scientific projects, which means that several scientific projects

https://www.lunarc.lu.se/getting-access/how-get-access/how-apply-project - 2026-06-13

A PI (or proxy) can add members to a project and, thus, grant access to the resources allocated to the PI, by managing the project in SUPR, but a person can also request membership. The request will be sent to the PI (and proxy) and the PI (or proxy) can then simply accept or deny the request.Procedure1. Log in to SUPRAll projects and users are handled through the Swedish User and Project Reposito

https://www.lunarc.lu.se/getting-access/how-get-access/how-request-membership-project - 2026-06-13

Creating a password for your account on Read the Docs' website.

https://www.lunarc.lu.se/getting-access/how-get-access/how-login - 2026-06-13

Papers, presentations and other publications that feature work that relied on LUNARC should include an acknowledgement:"The computations/data handling/[SIMILAR] were/was enabled by resources provided by LUNARC, The Centre for Scientific and Technical Computing at Lund University"If applicable, also add an acknowledgement for application support:"[NAME] at LUNARC, The Centre for Scientific and Tech

https://www.lunarc.lu.se/getting-access/how-get-access/how-acknowledge-lunarc - 2026-06-13

To help the users take advantage of the LUNARC and the NAISS resources, courses are given in different topics in high performance computing.

https://www.lunarc.lu.se/learning-more/courses-training-and-workshops - 2026-06-13

In addition to the LUNARC documentation, the following online training material is available:LUNARC YouTube ChannelYouTube Playlist of LUNARC videosScientific Programming in Python and Fortran - Course material at Read the Docs' websiteModern Fortran in Science and Technology - Book at Read the Docs' websiteC++ for Scientists and Engineers - Book at Read the Docs' website

https://www.lunarc.lu.se/learning-more/online-training-material - 2026-06-13

Aurora consists out of 180 compute nodes for SNIC use and over 50 compute nodes funded by research groups at Lund University. Each node has two Intel Xeon E5-2650 v3 processors (Haswell), offering 20 compute cores per node.  The nodes have 64 GB of DDR4 ram installed.System informationHostname: aurora.lunarc.lu.seQueueing system: SLURMHome space:/homeNFS mounted, available on all nodesOptional pro

https://www.lunarc.lu.se/systems/aurora - 2026-06-13

COSMOS represent a significant increase in computational capacity and will offer access to modern hardware including GPUs. Through the LUNARC Desktop new and existing users will be able to draw upon the benefits of high performance computing (HPC) while not having to be burdened by the intricacies of HPC utilisation. At the same time, users proficient in HPC usage will still be able to make use of

https://www.lunarc.lu.se/systems/cosmos - 2026-06-13

COSMOS-SENS is a special purpose system, intended for the analysis of sensitive data. The system uses the same hardware and software environment as the general purpose resource COSMOS, though internet access is not possible from COSMOS-SENS.   There are extra security provisions when accessing the system.COSMOS-SENS is available to users. Proposals are handled through SUPR, similarly to the genera

https://www.lunarc.lu.se/systems/cosmos-sens - 2026-06-13

Who can get access?LUNARC resources are funded by Lund University and faculties at the University. Anyone employed at the University can get access for research purposes without any extra charge. Members of other organisations, such, as other higher education institutions and companies, can also get access by special agreement,  but this may include a fee corresponding to the actual cost of runnin

https://www.lunarc.lu.se/getting-access - 2026-06-13

Information about how to use the LUNARC resources can be found in the LUNARC documentation and there is also additional training material available online. Training courses on different topics are given regularly and they will be advertised here. Documentation (Read the Docs' website)Courses, training and workshopsOnline training materialAvailable software (Read the Docs' website)

https://www.lunarc.lu.se/learning-more - 2026-06-13

https://www.lunarc.lu.se/learning-more/courses-training-and-workshops/past-events - 2026-06-13