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Utviklingsforskning

Bærekraftig samhandling mellom brukere og ansatte ved tildelingskontor. Hvordan fremme ressurser og mestring i tjenestetildelingsprosesser?

Alvorlig psykisk lidelse, aggresjons- og voldsproblematikk i kommunal psykisk helsetjeneste

E!646PRECYSE. Predictive biomarker profile for tumour and patient stratification for CyPep-1 guided ICI-therapy

Livskvalitet for familier som lever i de mest utsatte livssituasjonene

Kommunal tverrfagleg praksis for betre medverknad og samhandling med born og unge - Offentleg ph.d.

Understanding brain circuit dysfunction in amblyopia using large-scale multimodal recordings in a new visuomotor task.

Utvikling av språk- og fagkompetanse hos voksne innvandrere i helsefagarbeiderutdanningen

Inkluderande praksis i klasserommet

EDUCATE: Livsmestring og digital kompetanse i videregående skole i lys av Fagfornyelsen

Machine Intelligence in HEADaches - Artificial Intelligence and Machine Learning for Diagnostics and Treatment of Primary Headaches

RecirkIrRu: Resirkulering av Iridium og Ruthenium

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R&D Manager

Platinum group metals (PGM) are six chemically very similar elements: i.e. platinum (Pt), palladium (Pd), rhodium (Rh), iridium (Ir) Ruthenium (Ru) and Osmium (Os). Mineable deposits are very rare and found in relatively few areas of the world. South Africa dominates the PGM world production with 58%, Russia accounts for a further 26%, most of this as a co-product of nickel mining. Moreover, the world demand is steadily increasing mostly due to the high loads of PGM currently used in automobile catalysts, thus complying with the increasingly restrictive emissions legislation.
To decouple Norway and Europe from unstable suppliers, secondary material streams must be fostered. Moreover, the recovery of these valuable elements from by-products and waste streams is in good harmony with the goals of the Circular Economy towards zero-waste societies.
K.A. Rasmussen (KAR) has recently seen an increase in inquiries for producing products consisting of iridium and ruthenium, as well as capturing and producing pure quality metals of these elements. KAR does today lack the knowledge needed to efficiently digest/dissolve these elements, which is a necessity to deliver the desired service to the market.
To this point in the project, the work has revolved around new alternative methods for dissolution of Ir and Ru, which are very chemically stable elements. The benefit of succeeding with these methods is an process which is closer to existing processes and knowledge at KAR, compared to todays best practice.
So far, the results are promising. On the best runs the method is at a highly competitive level, but there are challenges regarding stability of these results, especially across different feed material containing Ir and Ru. Improving stability is the top priority going forward.

Platinum group metals (PGM) are six chemically very similar elements: i.e. platinum (Pt), palladium (Pd), rhodium (Rh), iridium (Ir) Ruthenium (Ru) and Osmium (Os). Mineable deposits are very rare and found in relatively few areas of the world. South Africa dominates the PGM world production with 58%, Russia accounts for a further 26%, most of this as a co-product of nickel mining. Moreover, the world demand is steadily increasing mostly due to the high loads of PGM currently used in automobile catalysts, thus complying with the increasingly restrictive emissions legislation.
To decouple Norway and Europe from unstable suppliers, secondary material streams must be fostered. Moreover, the recovery of these valuable elements from by-products and waste streams is in good harmony with the goals of the Circular Economy towards zero-waste societies.
K.A. Rasmussen (KAR) has recently seen an increase in inquiries for producing products consisting of iridium and ruthenium, as well as capturing and producing pure quality metals of these elements. KAR does today lack the knowledge needed to efficiently digest/dissolve these elements, which is a necessity to deliver the desired service to the market.
However, efficient and selective extraction of PGM, as especially of Ir and Ru from different matrices (ores or wastes) is challenging, mainly due to their chemical properties (inertness). These elements also have a tendency to form oxides when exposed for traditional methods of extraction, thus preventing from their effective recovery and the subsequent efficiency loss in the process. 
The project will focus on the investigation of innovative methods that may circumvent this problem, thus achieving good extraction efficiencies, without penalizing the purity of the recovered material and/or environmental footprint of the extraction process. Moreover,the project will bring more knowledge to a field where there are large uncertainties regarding best practice and efficiencies.

RecirkIrRu: Recycling of Iridium and Ruthenium

DigiDecom 2021 DIGITAL – Online event focusing on innovation within nuclear decommissioning

Pre-disposal Management of Radioactive Waste

Workshop on advanced methods for knowledge management, training and education for nuclear decommissioning

International workshop on Application of advanced plant information systems for nuclear decommissioning and life-cycle management

0 projects

IKTPLUSS-IKT og digital innovasjon

DigiDecom 2021 DIGITAL – Online event focusing on innovation within nuclear decommissioning

Awarded: NOK 99,999

Project Period: 2021-2021

Location: Viken

EU-STRA-Strålevern

Pre-disposal Management of Radioactive Waste

Awarded: NOK 3.1 mill.

Project Period: 2020-2024

Location: Viken

IKTPLUSS-IKT og digital innovasjon

Workshop on advanced methods for knowledge management, training and education for nuclear decommissioning

Awarded: NOK 54,256

Project Period: 2019-2019

Location: Viken

IKTPLUSS-IKT og digital innovasjon

International workshop on Application of advanced plant information systems for nuclear decommissioning and life-cycle management

Awarded: NOK 99,999

Project Period: 2018-2018

Location: Viken