LAP

Supply and install one photonic wafer probe station for characterising photonic integrated circuits. It must support optical and electrical performance characterisation, using grating couplers and configurable edge coupling, and electrical measurements in DC and RF up to 40 GHz with probes and/or probe cards. Supports research, development, process qualification and routine characterisation.

Supply three radiation contamination detection devices with necessary accessories, and provide associated services and maintenance. The customer may purchase additional devices and accessories at its discretion; this is not a guaranteed purchase commitment.

Højkapacitetsglasscannere til patologi

Udbuddet vedrører overvågning af ulv i Danmark. Overvågningen har til formål at sikre det bedst mulige grundlag for, at myndighederne kan tilpasse forvaltningen, så den er baseret på den nyeste tilgængelige viden om den danske ulvebestand. Overvågningen skal, gennem individovervågning, give Styrelsen for Grøn Arealomlægning og Vandmiljø (Ordregiver) størst mulig viden om udbredelsen af ulv i Danmark. Dette vil muliggøre en så præcis, som muligt, fastsættelse af en eventuel kvote til udtagning af bestanden. Derudover skal overvågningen belyse sammenhængen mellem den danske bestand af ulv og den øvrige centraleuropæiske bestand. Leverandøren skal således foretage en fuldstændig overvågning og afrapportering over ulv i Danmark. Til brug for overvågningen skal leverandøren blandt andet indhente og analysere DNA-prøver. Udover selve overvågningen, skal den valgte leverandør yde rådgivning om emner, der relaterer sig til overvågning af ulv.

Design, delivery, installation, and commissioning of a modular pilot and demonstration facility for carbon capture, utilization, and storage (CCUS) and Power to X (PtX) technologies. The facility consists of an integrated setup of four 20-foot containers housing electrolysis (hydrogen production), CO2 capture, methanol synthesis, and a supply container. The project aims to accelerate the development and demonstration of existing and emerging CCUS and Power to X technologies, while supporting education and training of future engineers.

This tender concerns DTUs planned procurement of a benchtop flow cytometer. The purpose of the planned acquisition is to acquire a benchtop research-use flow cytometry cell analyzer suitable for multicolour immunophenotyping, basophil activation testing, rare-event analysis, plate-based acquisition, and future development of complex immune-cell assays. The instrument must support robust analysis of human and animal research samples, including low-frequency immune-cell populations and activation-marker readouts.

Levering og installation af ca. 5.200 elektroniske fjernaflæste vandmålere samt etablering, drift og vedligehold af antennenetværk og hjemtagningssystem til indsamling af målerdata. Leverandøren skal eje, etablere, drive og vedligeholde netværk og hjemtagningssystem i kontraktperioden. Udbuddet omfatter endvidere integration til Vejen Vands afregningssystem samt support- og hostingydelser.

Projekter skal bidrage med videnskabeligt funderet empirisk viden om, hvordan aktiviteter i relation til havvind påvirker havmiljøet. Projekterne kan udover at indsamle viden også teste afværgetiltag for aktivitetens påvirkning på havnaturen. Med aktiviteter forstås aktiviteter i relation til opførsel, drift og nedtagning af anlæg til havvind. Fokus på påvirkninger fra anlæg, drift og vedligehold af havvindmølleparker, herunder anlæg og drift af tilhørende elkabler, samt dekommissionering af havvindmølleparker.

Procurement of a new GC-MS to be used for the analysis of volatile compounds (approximately C3-C44). The GC-MS must be able to connect the following units so that it is possible to choose which unit feeds the volatiles into the GC: 1) Robot system with the possibility of automated dynamic headspace and liquid injection, 2) Automatic thermal desorption unit for thermal desorption of volatiles collected on Tenax tubes. Software licenses must be included for GC-MS and the 2 described devices.

DTU Nanolab wishes to acquire a high ion density source reactive ion etcher for etching lithium niobate on insulator 150 mm wafer processing. The instrument must have state-of-the-art performance in terms of profile control, uniformity, selectivity, and in particular etching sidewall smoothness to achieve low waveguide loss. The instrument will be installed in the DTU Nanolab cleanroom.