Search
  • Search

    Dynamic Gravimetric Sorption Analyzer (DGS)

    Danmarks Tekniske Universitet - DTU

    Dynamic Gravimetric Sorption Analyzer (DGS)

    1. Competition notice published

      May 8, 12:15 PMMay 8, 2026 12:15 PM

    2. Tender submission deadline

      Not stated

    Brief

    Denmark: Tenders/Danmarks Tekniske Universitet - DTU/Dynamic Gravimetric Sorption Analyzer (DGS)

    Published deadline passed

    The published deadline has passed. For multi-stage competitions a later tender deadline may still apply — check the notice or portal for the current phase.

    Deadline
    May 7,Expired
    Agreement
    Buying goods
    Estimated value
    DKK 830K

    Brief

    Danmarks Tekniske Universitet (DTU) har brug for et dynamisk gravimetrisk sorptionsanalysator (DGS) til en maksimal totalværdi på 830.000 DKK. Instrumentet skal bruges til karakterisering af porøse materialer i forskning inden for CO₂-fangst, herunder måling af CO₂-adsorption og CO₂-H₂O co-adsorption under kontrollerede forhold. Systemet skal understøtte eksperimenter ved både lave CO₂-koncentrationer (relevant for Direct Air Capture) og højere koncentrationer (relevant for post-combustion capture) for at evaluere nye sorbentmaterialer til selektiv CO₂-fangst.

    Laboratorie- og analyseutstyr

    Register interest in EU Supply

    Custom Assessment Criteria

    • Get answers to your bid/no-bid criteria

      Set them up once and Cobrief answers them in every tender

    Will you bid?

    The agent sets up the bid and writes the first draft. Free for 14 days.

    Previous winners

    • Who are you up against?

      The suppliers who have won similar contracts at Danmarks Tekniske Universitet - DTU

    From the notice

    • The purpose of this tender is the procurement of a high-precision dynamic gravimetric sorption analyzer for the characterization of porous materials used in carbon capture research. The instrument will enable accurate measurement of CO₂ adsorption and CO₂–H₂O co-adsorption under controlled temperature, humidity, and gas concentration conditions. The system shall support experiments at low CO₂ concentrations relevant to Direct Air Capture (DAC) as well as higher concentrations relevant to post-combustion capture processes, enabling the evaluation of novel sorbent materials for selective CO₂ capture

    • Contact

      Per Christiansenperach@dtu.dk
    • Type
      Competition
    • Main code
      Laboratory, optical and precision equipments (excl. glasses)
      38000000
    • 38430000Detection and analysis apparatus38432100Gas-analysis apparatus38545000Gas-testing kits

    Similar active competitions

    • Danmarks Tekniske Universitet - DTU

      Laboratorie- og analyseutstyr

      Purchase of a High-Pressure Gas Adsorption and Separation Research Platform

      Danmarks Tekniske Universitet (DTU) har brug for en højtryksgasadsorptions- og separationsforskningsplatform til en maksimal totalværdi på 1.500.000 DKK. Platformen er et specialiseret forskningsanlæg eller laboratorieopsætning, der skal bruges til at studere, hvordan gasser interagerer med porøse materialer under forhøjet tryk, og hvordan disse materialer kan bruges til at lagre, fange, rense eller separere gasser.

      CompetitionDKK 1,500,000

    • Danmarks Tekniske Universitet - DTU

      Gasskromatografi og analyseinstrumenter

      Purchase of two (2) micro gas chromatograph (micro GC)

      Danmarks Tekniske Universitet - DTU needs two micro gas chromatographs (micro GC) for online analysis of CO, CO2, H2, N2, O2, CH4, H2S in gas phase at atmospheric pressure, with a maximum total value of 545,000 DKK. One microGC must have a flow-through valve with 16 or more positions for connecting multiple reactors, while the second will allow for one to two reactor connections.

      CompetitionDKK 545,000

    • Danmarks Tekniske Universitet - DTU

      Gasskromatografi og analyseinstrumenter

      Purchase of two (2) micro gas chromatograph (micro GC)

      Danmarks Tekniske Universitet (DTU) needs two micro gas chromatographs, with a maximum total contract value of 540,000 Danish kroner. The instruments must enable online analysis of CO, CO₂, H₂, N₂, O₂, CH₄ and H₂S in gas phase at atmospheric pressure; one unit must be equipped with a flow-through valve.

      CompetitionDKK 540,000