{"source":"doffin","operation":"search_doffin","parameters":{"query":"TOP SYSTEMS AS","limit":25,"offset":0},"data":{"total_count":5,"hits":[{"id":"2025-119716","buyer":[{"id":"0f5223b4541cca6e7a1cfe09866c2ef9","organization_id":"971278374","name":"STATSBYGG"}],"heading":"1105601 UiO Livsvitenskap brukerutstyr - K930.22 MST instrument","description":"Statsbygg bygger det nye Livsvitenskapsbygget (LVB) for Universitetet i Oslo og Oslo universitetssykehus p\u00e5 oppdrag fra Kunnskapsdepartementet og Helse S\u00f8r-\u00d8st som medoppdragsgiver. Bygget skal v\u00e6re arbeidsplass for om lag 1.600 ansatte og 1.600 studenter. Oppstart for grave- og grunnarbeidene var 2. kvartal 2019 og planlagt ferdigstillelse er ultimo 2026. Her skal ulike fagmilj\u00f8er jobbe tverrfaglig for \u00e5 utvikle nye l\u00f8sninger p\u00e5 store utfordringer innen helse og b\u00e6rekraft med tilgang til det beste og mest moderne utstyret som kreves for \u00e5 drive forskning, undervisning og innovasjon i verdensklasse.Statsbygg intends to sign a contract with NanoTemper Technologies for the acquisition of a MST instrument, intrinsic tryptophan fluorescence, for the Life Sciences Building.We intend to purchase an MST instrument that is a capillary-based instrument for the analysis of molecular interactions using a combination of microscale thermophoresis (MST) and spectral shift with fluorescently labeled molecules as the principle of detection. The instrument must be an all-in-one, table-top model, and not exceed w400 x d600 x h550 mm in size due to space restrictions. The instrument must be able to measure both modalities in the same experiment on the same sample.We are researching, among other things, protein-protein and protein-ligand interactions, and the ability to analyze such interactions at equilibrium in a flow-free environment that does not require protein immobilization is a key feature that the equipment must satisfy. It is also essential that the system can measure many samples in series, in solution and with minimal use of material per sample. Through professional expertise in the laboratory, as well as research done online, we find that Monolith X is the only system with the following characteristics:Can do a combination of microscale thermophoresis (MST) and spectral shift with fluorescently labeled molecules as the principle of detection in the same instrument.Is an instrument that is an all-in-one, table-top model, not exceeding the size limitation.The Instrument can measure real-time changes in fluorescence intensity upon binding of ligand to the labeled protein while simultaneously changing the temperature of the sample (modality: microscale thermophoresis, MST).The instrument can measure real-time changes in fluorescence emission spectrum upon binding of ligand to the labeled protein as a result of a change in the fluorophore's emission spectrum (modality: spectral shift).The instrument can measure both modalities in the same experiment on the same sample.Can measure samples in very small volumes, using very small amounts of samples.\u00a0 See Appendix 4.0 Requirements MST Instrument K930.22 specification for more information on absolute requirements.Send an e-mail to kristine.milner.carlsen@statsbygg.no to receive the 4.0 Requirements MST Instrument K930.22 document. Summary:Given our technical requirements and needs, including in the attached requirement specification, the information we have and the investigations that have been carried out, to the best of our knowledge only Nanotemper technologies meets the requirements and can therefore, for technical reasons, deliver the service. The conditions in FOA \u00a7 13-4 (b) are deemed to be met.\u00a0Any objections must be reported via e-mail to kristine.milner.carlsen@statsbygg.no within 10 days of the published announcement.","location_id":["NO081"],"estimatedValue":null,"type":"ANNOUNCEMENT_OF_INTENT","allTypes":["RESULT","ANNOUNCEMENT_OF_INTENT"],"status":null,"issueDate":"2025-12-10T08:29:58Z","deadline":null,"sentToTed":true,"publicationDate":"2025-12-11","placeOfPerformance":["Oslo"],"procurementStrategicLabels":[]},{"id":"2025-119714","buyer":[{"id":"0f5223b4541cca6e7a1cfe09866c2ef9","organization_id":"971278374","name":"STATSBYGG"}],"heading":"1105601 UiO Livsvitenskap brukerutstyr - K930.22 DLS equipment proteinstabilitet","description":"Statsbygg bygger det nye Livsvitenskapsbygget (LVB) for Universitetet i Oslo og Oslo universitetssykehus p\u00e5 oppdrag fra Kunnskapsdepartementet og Helse S\u00f8r-\u00d8st som medoppdragsgiver. Bygget skal v\u00e6re arbeidsplass for om lag 1.600 ansatte og 1.600 studenter. Oppstart for grave- og grunnarbeidene var 2. kvartal 2019 og planlagt ferdigstillelse er ultimo 2026. Her skal ulike fagmilj\u00f8er jobbe tverrfaglig for \u00e5 utvikle nye l\u00f8sninger p\u00e5 store utfordringer innen helse og b\u00e6rekraft med tilgang til det beste og mest moderne utstyret som kreves for \u00e5 drive forskning, undervisning og innovasjon i verdensklasse.Statsbygg intends to sign a contract with NanoTemper Technologies for the acquisition of a DLS instrument, protein stability, for the Life Sciences Building.We intend to purchase a DLS instrument that is a capillary-based instrument for the analysis of protein stability, and protein aggregation using a combination of differential scanning fluorimetry (DSF), dynamic light scattering (DLS) and static light scattering (SLS) of native proteins as principles of detection. The instrument must be an all-in-one, table-top model, and not exceed w400 x d600 x h550 mm in size due to space restrictions. The instrument must be able to do the particle size analysis measurements simultaneously, immediately followed by the thermal analysis on the same sample in the same experiment.Among other things, we are researching the thermal stability of proteins and protein complexes, and the ability to analyze such samples at equilibrium in a flow-free environment that does not require immobilization, fluorescent labeling, or the use of external fluorescent reporters is a key function that the equipment must satisfy. It is also essential that the system can measure many samples in series, with high sensitivity, and with minimal use of material per sample.Through professional expertise in the laboratory, as well as research done online, we find that Prometheus Panta is the only system with the following characteristics:Can do differential scanning fluorimetry (DSF), dynamic light scattering (DLS) and static light scattering (SLS) of native proteins as principles of detection in the same instrument.Is an instrument that is an all-in-one, table-top model, not exceeding the size limitation.The instrument can do the particle size analysis measurements simultaneously, immediately followed by the thermal analysis on the same sample in the same experiment.Can measure samples in very small volumes, using very small amounts of samples.\u00a0See Appendix 4.0 Requirements DLS Equipment K930.22 specification for more information on absolute requirements.Send an e-mail to\u00a0kristine.milner.carlsen@statsbygg.no\u00a0to receive the Appendix 4.0 Requirements document.Summary:Given our technical requirements and needs, including in the attached requirement specification, the information we have and the investigations that have been carried out, to the best of our knowledge only Nanotemper technologies meets the requirements and can therefore, for technical reasons, deliver the service. The conditions in FOA \u00a7 13-4 (b) are deemed to be met.\u00a0Any objections must be reported via e-mail to\u00a0kristine.milner.carlsen@statsbygg.no\u00a0within 10 days of the published announcement.","location_id":["NO081"],"estimatedValue":null,"type":"ANNOUNCEMENT_OF_INTENT","allTypes":["RESULT","ANNOUNCEMENT_OF_INTENT"],"status":null,"issueDate":"2025-12-10T07:58:34Z","deadline":null,"sentToTed":true,"publicationDate":"2025-12-11","placeOfPerformance":["Oslo"],"procurementStrategicLabels":[]},{"id":"2026-110173","buyer":[{"id":"0f5223b4541cca6e7a1cfe09866c2ef9","organization_id":"971278374","name":"STATSBYGG"}],"heading":"1105601 UiO Livsvitenskap brukerutstyr. K936.03 Cellearbeid","description":"Statsbygg is building the new Life Sciences Building (LVB) for the University of Oslo and Oslo University Hospital on behalf of the Ministry of Education and Research and the South-Eastern Region as co-contractors. The building will be a workplace for approximately 1,600 employees and 1,600 students. The excavation and groundwork started in the second quarter of 2019 and is scheduled for completion by the end of 2026. Here, various academic communities will work interdisciplinary to develop new solutions to major challenges in health and sustainability with access to the best and most modern equipment required to conduct world-class research, teaching and innovation.STEMvisionStatsbygg intends to enter a contract without prior announcement with StemCell technologies for the acquisition of a STEMvision, an instrument to perform standardized scoring and automated colony counting for hematopoietic progenitor colony-forming unit (CFU) assays, and a Robosep-S, a fully automated cell extractor that uses immunomagnetic technology to isolate cells.STEMvision: the research group regularly performs hematopoietic colony-forming unit (CFU) assays to study human stem and progenitor cell functions. Through professional expertise in the laboratory, as well as research done online, we find that STEMvision is the only system with the following characteristics:A bench-top fully automated imaging and colony counting system designed specifically for automatic hematopoietic progenitor cell (HPC) colony-forming unit (CFU) assays with automated digital image capture and specialized analysis software to analyze and classify complex blood stem cell colonies.STEMvision does the complete analysis automatically in 1-2 minutes per sample, with a permanent record of the analysis.Appendix 4.0 \u2013 Requirements K936.03.01 provides a complete list of all absolute requirements. To obtain the appendix, please submit a request to tom.ask@nosyko.no.RoboSep-SRoboSep-S: The research group works with primary cells, mainly of human origin, freshly isolated.Through professional expertise in the laboratory, as well as research done online, we find that RoboSep-S is the only system with the following characteristics:A fully automated tabletop cell extractor that performs simultaneous cell isolations for up to 4 samples using the same (i.e. the same protocol applied for up to 4 different samples) or different protocols.Fully automated sequential isolation of up to 4 cell types - sequential isolation means that more than one cell type can be isolated from the same starting sample without any manual handling between the fractions.Column-free and tubing free isolation using 4 magnets that support both positive and negative selection of target cells.Appendix 4.0 \u2013 Requirements K936.03.02 provides a complete list of all absolute requirements. To obtain the appendix, please submit a request to tom.ask@nosyko.no.Summary:Based on our technical requirements and needs, as outlined in the requirement specifications, as well as the available information and the investigations conducted, it is our assessment that only StemCell Technologies meets these requirements. For technical reasons, they are therefore the sole provider capable of delivering the service.The conditions set out in FOA \u00a7 13-4 (b) are considered to be fulfilled.Any objections must be submitted by e-mail to kristine.milner.carlsen@statsbygg.no within 10 days of the publication of this notice","location_id":["NO081"],"estimatedValue":null,"type":"ANNOUNCEMENT_OF_INTENT","allTypes":["RESULT","ANNOUNCEMENT_OF_INTENT"],"status":null,"issueDate":"2026-06-05T07:29:10Z","deadline":null,"sentToTed":true,"publicationDate":"2026-06-08","placeOfPerformance":["Oslo"],"procurementStrategicLabels":[]},{"id":"2025-121268","buyer":[{"id":"665c4e3bf13fcf1b924218d5e61cd338","organization_id":"977161630","name":"Energidepartementet"}],"heading":"Study of the effects of dual policy instruments to reduce CO2 emissions in the Norwegian petroleum sector","description":"The majority of emissions from petroleum activities on the Norwegian continental shelf are subject to dual use of policy instruments (a carbon tax and the European emission trading system), resulting in high emission costs for the Norwegian petroleum sector. At the moment - the only two realistic solutions to reduce emission costs close to zero - are by replacing existing energy supply with power from shore or by shutting down the installations. Existing installations that are suitable for full or partial operation with power from shore already have implemented or are implementing such a solution. For the remaining installations, power from shore is seen as unrealistic, due to technical limitations, high cost and/or short remaining production period. Therefore, high emission costs resulting from the dual use of policy instruments (CO? tax and EU ETS) may, among other things, lead to fields and installations being shut down earlier than they otherwise would have been. The Ministry wants an independent study of the effects of a CO2-tax on top of EU ETS on future deliveries of oil and gas from the NCS, the net present value of production of oil and gas, production emissions and the net income to the state from the sector.\n\nThe assignment will commence as soon as possible. The assignment should result in a written public report. The deliverables should be divided into a presentation of preliminary results, a first draft of report and a final report. The assignment is to be delivered within three months of contract signing. The consultant is to participate in meetings with the Ministry as agreed, but at a minimum, a start-up meeting, a status meeting with presentation of preliminary results, and a meeting to present the final report. \n\nThe value of the procurement is estimated between 1 and 2 million NOK excl. VAT. This estimate is not binding for the Contracting authority.\n\nFor further information on the scope and content of the procurement, we refer to appendix 1.","location_id":["anyw"],"estimatedValue":{"currencyCode":"NOK","amount":2000000.0},"type":"ANNOUNCEMENT_OF_COMPETITION","allTypes":["COMPETITION","ANNOUNCEMENT_OF_COMPETITION"],"status":"EXPIRED","issueDate":"2025-12-19T15:33:37Z","deadline":"2026-01-26T11:00:00Z","sentToTed":true,"publicationDate":"2025-12-23","placeOfPerformance":["Ikke stedbunden"],"procurementStrategicLabels":[]},{"id":"2017-683615","buyer":[{"id":"1a715a5dd3f0e0c9cdeb99922bdc1210","organization_id":"917445060","name":"NORSKE TOG AS"}],"heading":"Midlife upgrade Class 72","description":"Norske tog (NT) shall conduct a Midlife upgrade of Class 72, and plans to announce a competition for the project within the next months. Class 72 is a EMU (Electrical Multiple Unit). The total of vehicles is 36. Each vehicle consists four coaches, two motor and two trailer. The trains are the first low floor trains delivered in Norway. All the sets shall be upgraded. The trains are designed by Pininfarina, produced by AnsaldoBreda and were delivered between 2002 and 2006. Class 72 have now reached half of the programmed life and to keep a modern standard and comfort a midlife upgrade is necessary. The estimated date for the announced competition is late September 2017. The deadline for submitting applications for participation will be approx. November 2017. Expected award of contract is February 2018. The first train set shall be ready for use in late 2018. NT expects the deliverances to be completed within 2021.","location_id":["NO0"],"estimatedValue":null,"type":"ADVISORY_NOTICE","allTypes":["PLANNING","ADVISORY_NOTICE"],"status":null,"issueDate":"2017-08-28T10:00:00Z","deadline":null,"sentToTed":true,"publicationDate":"2017-08-28","placeOfPerformance":[],"procurementStrategicLabels":[]}]},"entities":[{"type":"procurement","id":"2025-119716","namespace":"doffin:notice","canonical_id":"doffin:notice:2025-119716","name":"1105601 UiO Livsvitenskap brukerutstyr - K930.22 MST instrument","description":"Statsbygg bygger det nye Livsvitenskapsbygget (LVB) for Universitetet i Oslo og Oslo universitetssykehus p\u00e5 oppdrag fra Kunnskapsdepartementet og Helse S\u00f8r-\u00d8st som medoppdragsgiver. Bygget skal v\u00e6re arbeidsplass for om lag 1.600 ansatte og 1.600 studenter. Oppstart for grave- og grunnarbeidene var 2. kvartal 2019 og planlagt ferdigstillelse er ultimo 2026. Her skal ulike fagmilj\u00f8er jobbe tverrfaglig for \u00e5 utvikle nye l\u00f8sninger p\u00e5 store utfordringer innen helse og b\u00e6rekraft med tilgang til det beste og mest moderne utstyret som kreves for \u00e5 drive forskning, undervisning og innovasjon i verdensklasse.Statsbygg intends to sign a contract with NanoTemper Technologies for the acquisition of a MST instrument, intrinsic tryptophan fluorescence, for the Life Sciences Building.We intend to purchase an MST instrument that is a capillary-based instrument for the analysis of molecular interactions using a combination of microscale thermophoresis (MST) and spectral shift with fluorescently labeled molecules as the principle of detection. The instrument must be an all-in-one, table-top model, and not exceed w400 x d600 x h550 mm in size due to space restrictions. The instrument must be able to measure both modalities in the same experiment on the same sample.We are researching, among other things, protein-protein and protein-ligand interactions, and the ability to analyze such interactions at equilibrium in a flow-free environment that does not require protein immobilization is a key feature that the equipment must satisfy. It is also essential that the system can measure many samples in series, in solution and with minimal use of material per sample. Through professional expertise in the laboratory, as well as research done online, we find that Monolith X is the only system with the following characteristics:Can do a combination of microscale thermophoresis (MST) and spectral shift with fluorescently labeled molecules as the principle of detection in the same instrument.Is an instrument that is an all-in-one, table-top model, not exceeding the size limitation.The Instrument can measure real-time changes in fluorescence intensity upon binding of ligand to the labeled protein while simultaneously changing the temperature of the sample (modality: microscale thermophoresis, MST).The instrument can measure real-time changes in fluorescence emission spectrum upon binding of ligand to the labeled protein as a result of a change in the fluorophore's emission spectrum (modality: spectral shift).The instrument can measure both modalities in the same experiment on the same sample.Can measure samples in very small volumes, using very small amounts of samples.\u00a0 See Appendix 4.0 Requirements MST Instrument K930.22 specification for more information on absolute requirements.Send an e-mail to kristine.milner.carlsen@statsbygg.no to receive the 4.0 Requirements MST Instrument K930.22 document. Summary:Given our technical requirements and needs, including in the attached requirement specification, the information we have and the investigations that have been carried out, to the best of our knowledge only Nanotemper technologies meets the requirements and can therefore, for technical reasons, deliver the service. The conditions in FOA \u00a7 13-4 (b) are deemed to be met.\u00a0Any objections must be reported via e-mail to kristine.milner.carlsen@statsbygg.no within 10 days of the published announcement.","source":"doffin","attributes":{"status":null},"relationships":[{"type":"buyer","target":{"type":"organization","id":"971278374","namespace":"no:orgnr","canonical_id":"no:orgnr:971278374","name":"STATSBYGG"}}],"_links":{"wiki":"https://allemannsdata.com/wiki/anskaffelse/2025-119716/","api":"https://allemannsdata.com/wiki/api/v1/anskaffelser/2025-119716"}},{"type":"organization","id":"971278374","namespace":"no:orgnr","canonical_id":"no:orgnr:971278374","name":"STATSBYGG","description":"Buyer linked from the procurement notice.","source":"doffin","_links":{"wiki":"https://allemannsdata.com/wiki/selskap/971278374/","api":"https://allemannsdata.com/wiki/api/v1/selskaper/971278374"}},{"type":"procurement","id":"2025-119714","namespace":"doffin:notice","canonical_id":"doffin:notice:2025-119714","name":"1105601 UiO Livsvitenskap brukerutstyr - K930.22 DLS equipment proteinstabilitet","description":"Statsbygg bygger det nye Livsvitenskapsbygget (LVB) for Universitetet i Oslo og Oslo universitetssykehus p\u00e5 oppdrag fra Kunnskapsdepartementet og Helse S\u00f8r-\u00d8st som medoppdragsgiver. Bygget skal v\u00e6re arbeidsplass for om lag 1.600 ansatte og 1.600 studenter. Oppstart for grave- og grunnarbeidene var 2. kvartal 2019 og planlagt ferdigstillelse er ultimo 2026. Her skal ulike fagmilj\u00f8er jobbe tverrfaglig for \u00e5 utvikle nye l\u00f8sninger p\u00e5 store utfordringer innen helse og b\u00e6rekraft med tilgang til det beste og mest moderne utstyret som kreves for \u00e5 drive forskning, undervisning og innovasjon i verdensklasse.Statsbygg intends to sign a contract with NanoTemper Technologies for the acquisition of a DLS instrument, protein stability, for the Life Sciences Building.We intend to purchase a DLS instrument that is a capillary-based instrument for the analysis of protein stability, and protein aggregation using a combination of differential scanning fluorimetry (DSF), dynamic light scattering (DLS) and static light scattering (SLS) of native proteins as principles of detection. The instrument must be an all-in-one, table-top model, and not exceed w400 x d600 x h550 mm in size due to space restrictions. The instrument must be able to do the particle size analysis measurements simultaneously, immediately followed by the thermal analysis on the same sample in the same experiment.Among other things, we are researching the thermal stability of proteins and protein complexes, and the ability to analyze such samples at equilibrium in a flow-free environment that does not require immobilization, fluorescent labeling, or the use of external fluorescent reporters is a key function that the equipment must satisfy. It is also essential that the system can measure many samples in series, with high sensitivity, and with minimal use of material per sample.Through professional expertise in the laboratory, as well as research done online, we find that Prometheus Panta is the only system with the following characteristics:Can do differential scanning fluorimetry (DSF), dynamic light scattering (DLS) and static light scattering (SLS) of native proteins as principles of detection in the same instrument.Is an instrument that is an all-in-one, table-top model, not exceeding the size limitation.The instrument can do the particle size analysis measurements simultaneously, immediately followed by the thermal analysis on the same sample in the same experiment.Can measure samples in very small volumes, using very small amounts of samples.\u00a0See Appendix 4.0 Requirements DLS Equipment K930.22 specification for more information on absolute requirements.Send an e-mail to\u00a0kristine.milner.carlsen@statsbygg.no\u00a0to receive the Appendix 4.0 Requirements document.Summary:Given our technical requirements and needs, including in the attached requirement specification, the information we have and the investigations that have been carried out, to the best of our knowledge only Nanotemper technologies meets the requirements and can therefore, for technical reasons, deliver the service. The conditions in FOA \u00a7 13-4 (b) are deemed to be met.\u00a0Any objections must be reported via e-mail to\u00a0kristine.milner.carlsen@statsbygg.no\u00a0within 10 days of the published announcement.","source":"doffin","attributes":{"status":null},"relationships":[{"type":"buyer","target":{"type":"organization","id":"971278374","namespace":"no:orgnr","canonical_id":"no:orgnr:971278374","name":"STATSBYGG"}}],"_links":{"wiki":"https://allemannsdata.com/wiki/anskaffelse/2025-119714/","api":"https://allemannsdata.com/wiki/api/v1/anskaffelser/2025-119714"}},{"type":"procurement","id":"2026-110173","namespace":"doffin:notice","canonical_id":"doffin:notice:2026-110173","name":"1105601 UiO Livsvitenskap brukerutstyr. K936.03 Cellearbeid","description":"Statsbygg is building the new Life Sciences Building (LVB) for the University of Oslo and Oslo University Hospital on behalf of the Ministry of Education and Research and the South-Eastern Region as co-contractors. The building will be a workplace for approximately 1,600 employees and 1,600 students. The excavation and groundwork started in the second quarter of 2019 and is scheduled for completion by the end of 2026. Here, various academic communities will work interdisciplinary to develop new solutions to major challenges in health and sustainability with access to the best and most modern equipment required to conduct world-class research, teaching and innovation.STEMvisionStatsbygg intends to enter a contract without prior announcement with StemCell technologies for the acquisition of a STEMvision, an instrument to perform standardized scoring and automated colony counting for hematopoietic progenitor colony-forming unit (CFU) assays, and a Robosep-S, a fully automated cell extractor that uses immunomagnetic technology to isolate cells.STEMvision: the research group regularly performs hematopoietic colony-forming unit (CFU) assays to study human stem and progenitor cell functions. Through professional expertise in the laboratory, as well as research done online, we find that STEMvision is the only system with the following characteristics:A bench-top fully automated imaging and colony counting system designed specifically for automatic hematopoietic progenitor cell (HPC) colony-forming unit (CFU) assays with automated digital image capture and specialized analysis software to analyze and classify complex blood stem cell colonies.STEMvision does the complete analysis automatically in 1-2 minutes per sample, with a permanent record of the analysis.Appendix 4.0 \u2013 Requirements K936.03.01 provides a complete list of all absolute requirements. To obtain the appendix, please submit a request to tom.ask@nosyko.no.RoboSep-SRoboSep-S: The research group works with primary cells, mainly of human origin, freshly isolated.Through professional expertise in the laboratory, as well as research done online, we find that RoboSep-S is the only system with the following characteristics:A fully automated tabletop cell extractor that performs simultaneous cell isolations for up to 4 samples using the same (i.e. the same protocol applied for up to 4 different samples) or different protocols.Fully automated sequential isolation of up to 4 cell types - sequential isolation means that more than one cell type can be isolated from the same starting sample without any manual handling between the fractions.Column-free and tubing free isolation using 4 magnets that support both positive and negative selection of target cells.Appendix 4.0 \u2013 Requirements K936.03.02 provides a complete list of all absolute requirements. To obtain the appendix, please submit a request to tom.ask@nosyko.no.Summary:Based on our technical requirements and needs, as outlined in the requirement specifications, as well as the available information and the investigations conducted, it is our assessment that only StemCell Technologies meets these requirements. For technical reasons, they are therefore the sole provider capable of delivering the service.The conditions set out in FOA \u00a7 13-4 (b) are considered to be fulfilled.Any objections must be submitted by e-mail to kristine.milner.carlsen@statsbygg.no within 10 days of the publication of this notice","source":"doffin","attributes":{"status":null},"relationships":[{"type":"buyer","target":{"type":"organization","id":"971278374","namespace":"no:orgnr","canonical_id":"no:orgnr:971278374","name":"STATSBYGG"}}],"_links":{"wiki":"https://allemannsdata.com/wiki/anskaffelse/2026-110173/","api":"https://allemannsdata.com/wiki/api/v1/anskaffelser/2026-110173"}},{"type":"procurement","id":"2025-121268","namespace":"doffin:notice","canonical_id":"doffin:notice:2025-121268","name":"Study of the effects of dual policy instruments to reduce CO2 emissions in the Norwegian petroleum sector","description":"The majority of emissions from petroleum activities on the Norwegian continental shelf are subject to dual use of policy instruments (a carbon tax and the European emission trading system), resulting in high emission costs for the Norwegian petroleum sector. At the moment - the only two realistic solutions to reduce emission costs close to zero - are by replacing existing energy supply with power from shore or by shutting down the installations. Existing installations that are suitable for full or partial operation with power from shore already have implemented or are implementing such a solution. For the remaining installations, power from shore is seen as unrealistic, due to technical limitations, high cost and/or short remaining production period. Therefore, high emission costs resulting from the dual use of policy instruments (CO? tax and EU ETS) may, among other things, lead to fields and installations being shut down earlier than they otherwise would have been. The Ministry wants an independent study of the effects of a CO2-tax on top of EU ETS on future deliveries of oil and gas from the NCS, the net present value of production of oil and gas, production emissions and the net income to the state from the sector.\n\nThe assignment will commence as soon as possible. The assignment should result in a written public report. The deliverables should be divided into a presentation of preliminary results, a first draft of report and a final report. The assignment is to be delivered within three months of contract signing. The consultant is to participate in meetings with the Ministry as agreed, but at a minimum, a start-up meeting, a status meeting with presentation of preliminary results, and a meeting to present the final report. \n\nThe value of the procurement is estimated between 1 and 2 million NOK excl. VAT. This estimate is not binding for the Contracting authority.\n\nFor further information on the scope and content of the procurement, we refer to appendix 1.","source":"doffin","attributes":{"status":"EXPIRED"},"relationships":[{"type":"buyer","target":{"type":"organization","id":"977161630","namespace":"no:orgnr","canonical_id":"no:orgnr:977161630","name":"Energidepartementet"}}],"_links":{"wiki":"https://allemannsdata.com/wiki/anskaffelse/2025-121268/","api":"https://allemannsdata.com/wiki/api/v1/anskaffelser/2025-121268"}},{"type":"organization","id":"977161630","namespace":"no:orgnr","canonical_id":"no:orgnr:977161630","name":"Energidepartementet","description":"Buyer linked from the procurement notice.","source":"doffin","_links":{"wiki":"https://allemannsdata.com/wiki/selskap/977161630/","api":"https://allemannsdata.com/wiki/api/v1/selskaper/977161630"}},{"type":"procurement","id":"2017-683615","namespace":"doffin:notice","canonical_id":"doffin:notice:2017-683615","name":"Midlife upgrade Class 72","description":"Norske tog (NT) shall conduct a Midlife upgrade of Class 72, and plans to announce a competition for the project within the next months. Class 72 is a EMU (Electrical Multiple Unit). The total of vehicles is 36. Each vehicle consists four coaches, two motor and two trailer. The trains are the first low floor trains delivered in Norway. All the sets shall be upgraded. The trains are designed by Pininfarina, produced by AnsaldoBreda and were delivered between 2002 and 2006. Class 72 have now reached half of the programmed life and to keep a modern standard and comfort a midlife upgrade is necessary. The estimated date for the announced competition is late September 2017. The deadline for submitting applications for participation will be approx. November 2017. Expected award of contract is February 2018. The first train set shall be ready for use in late 2018. 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