189 Results (0 seconds)

Status: Closed
Published Date: 09/05/2024
Closing Date: Unknown
Value: neg.
Supply of hardware as part of The OU spaceflight instrument and planetary science research - The Open University is procuring specialist hardware from a third party provider.

Status: Awarded
Published Date: 22/04/2024
Closing Date: 06/12/2023
Value: £141,446
GB-Leeds: 2021/ 317 - Supply of a Bioaerosol Detector - NOTICE OF AWARD OF A bioaerosol detector for use with a new bioaerosol chamber.

Status: Awarded
Published Date: 22/04/2024
Closing Date: 07/03/2024
Value: £119,760
GB-Leeds: 2023-24/3026 - Supply of a high precision gas analyzer for CO2, CH4, N2O, NH3, H2O - NOTICE OF AWARD of a high precision gas analyzer for CO2, CH4, N2O, H2O and NH3 in air.

Status: Awarded
Published Date: 22/04/2024
Closing Date: 04/03/2024
Value: £61,571
GB-Leeds: 2023-24/ 3025 - Supply of Portable FTIR Gas Analyser - NOTICE OF AWARD OF a portable FTIR gas analyser

Status: Open
Published Date: 19/04/2024
Closing Date: 07/05/2024
Value: neg.
23-CH- 068 Particle Sizer - We are seeking a particle sizer, also called Dynamic Light Scattering (DLS), equipped with advanced technology to analyse the size distribution of Nano and micro particles reliably and accurately. The particle sizer should be accompanied by user-friendly software for swift and precise analysis. It should be capable of measuring sizes down to a fraction of a nanometre and up to 5um or higher. In addition to size measurement, the unit must have the capability to identify particle concentrations in fluids ranging from 0.0001% to 40%, ensuring versatility in its applications. Supplier is expected to supply, deliver and install/setup all products to room of choice. Particle Sizer Must : Suppliers must meet the requirements below: Technical Essential o Reliable and accurate nano to micro particle size measurements that are suspended in fluids in concentration as low as 0.0001 % and up to 40% o The delivery must be guaranteed no later than 15th July 2024 To Express an Interest in this project please register on the University of Portsmouth In-Tend webpage and express an interest in this project. Please find the weblink for our webpage below: https://in-tendhost.co.uk/port/ Please find attached the tender documents for 23/CH/068 Particle Sizer. Please give plenty of time when uploading your return, to allow for any unforeseen issues. Please also note, that late returns will not be allowed. Please note, as per tender procedure, your return can not be viewed by any person until after the return date and time has elapsed.

Status: Awarded
Published Date: 16/04/2024
Closing Date: 28/03/2024
Value: neg.
Glove Box Systems for Material and Device Processing and Testing - AWARD - The University of Manchester wishes to purchase controlled environment chambers, specifically gloveboxes, for handling air and moisture-sensitive materials in a controlled/inert environment and for fabricating and characterizing optoelectronic devices. The facility will promote innovation in sustainable electronics and showcase emerging manufacturing methods for the semiconductor industry. The facility will be housed within the Henry Royce Institute hub on the Manchester campus and provide support to academic partners and small to medium businesses in Greater Manchester and across the UK. The project aligns with the Royce Roadmap on Materials for Energy Transition and will introduce new technical capabilities to academic and industry partners in sustainable semiconductors, semiconductor manufacturing, optoelectronics, and advanced sensor technologies. The project aims to enable additional capability for developing sustainable optoelectronics and sensor technologies. The facility will enable material synthesis, device fabrication and comprehensive characterisation under chemically inert atmosphere conditions. Such stringent conditions are critical for removing/minimising the deleterious effect of oxidation and/or other unwanted chemical reactions, which typically compromise early-stage materials and device triage.

Status: Closed
Published Date: 11/04/2024
Closing Date: Unknown
Value: neg.
Next Generation Sequencing Panel for Analysis of Familial Hypercholesterolemia - Familial Hypercholesterolemia (FH) diagnosis is undertaken in Wales by inhouse laboratories under the All-Wales Medical Genomics Service (AWMGS) umbrella. To undertake testing, the All-Wales Genomics Laboratory (AWGL) require a library preparation solution for diagnostic screening for FH patients.

Status: Closed
Published Date: 13/03/2024
Closing Date: Unknown
Value: neg.
UKRI-3677 LPD Wafers - This is for the purchase, production and manufacturing of LPD wafer detectors to the Science and Technology Facilities Council - Rutherford Appleton Laboratory.

Status: Awarded
Published Date: 11/03/2024
Closing Date: 31/01/2024
Value: £29,397
Digital Forensics for Africa - Digital Forensics products for delivery to host African nation as part of Home Office International Operations

Status: Open
Published Date: 07/03/2024
Closing Date: 29/03/2024
Value: neg.
Glove Box Systems for Material and Device Processing and Testing - The University of Manchester wishes to purchase controlled environment chambers, specifically gloveboxes, for handling air and moisture-sensitive materials in a controlled/inert environment and for fabricating and characterizing optoelectronic devices. The facility will promote innovation in sustainable electronics and showcase emerging manufacturing methods for the semiconductor industry. The facility will be housed within the Henry Royce Institute hub on the Manchester campus and provide support to academic partners and small to medium businesses in Greater Manchester and across the UK. The project aligns with the Royce Roadmap on Materials for Energy Transition and will introduce new technical capabilities to academic and industry partners in sustainable semiconductors, semiconductor manufacturing, optoelectronics, and advanced sensor technologies. The project aims to enable additional capability for developing sustainable optoelectronics and sensor technologies. The facility will enable material synthesis, device fabrication and comprehensive characterisation under chemically inert atmosphere conditions. Such stringent conditions are critical for removing/minimising the deleterious effect of oxidation and/or other unwanted chemical reactions, which typically compromise early-stage materials and device triage.