TenderlineUK
Procurement Intelligence
Official OCDS
Find a Tender
complete
Official procurement procedure

Supply and Installation of Aerosol Chemical Speciation Monitor

Laboratory
optical and precision equipments (excl. glasses)
West Midlands (UKG)
Published value
Not published
Submission deadline Not published
Lots published1
Procurement Executive Summary
AI & Search Synopsis
Generated from official OCDS record
Tenderline Synopsis: UNIVERSITY OF BIRMINGHAM: "Supply and Installation of Aerosol Chemical Speciation Monitor". Published status: complete. Published value: Value not published. 1 published lot. Submission deadline not published. See the official notice for participation instructions.
Contracting AuthorityUNIVERSITY OF BIRMINGHAMScope & CategoriesNot publishedSubmission Window
complete
No deadline published
Submission GatewayDirect notice routeLegal Basis & RegimeStandard procurementEstimated Value (exc. VAT)Not published
Bidder Intelligence · Authority Profile: UNIVERSITY OF BIRMINGHAM
Market Analytics
View Authority Profile →
Derived from OCDS awards & bid statistics
Published history for UNIVERSITY OF BIRMINGHAM. These figures describe retained records, not a forecast of bids or a measure of buyer bias.
Published-to-award variance
Not availableInsufficient comparable data
Requires at least 5 comparable procedures
Competition Density
1.5Bids / Report
75% of reports have one bid
Supplier ConcentrationNo estimate
Insufficient attributable awardsNo concentration estimate available
Payment Terms
Check noticePublished terms
Payment obligations depend on the applicable regime and contract. Consult the official documents.
Coverage: 11 active published awards; 4 bid reports (which may be per lot). Supplier values exclude multi-supplier awards, frameworks and DPS, and use GBP only. They are published award values, not payments. Published-to-award variance compares single-lot, single-award, single-supplier GBP procedures with explicitly non-framework/non-DPS status; increases remain in the average. Unpublished data stays unknown. Awarded suppliers are winners, not all bidders.
Procedure terms
Contracting AuthorityUNIVERSITY OF BIRMINGHAM
Procedure methodNot published
Procurement categoryNot published
Statuscomplete
Framework / DPSNot published
CompetitionNot published
Above thresholdNot published
Legal basisNot published
Tender period startsNot published
Clarification deadlineNot published
Electronic submissionNot published
Submission languagesNot published
Published26 Mar 2021, 12:25 GMT
Last source update26 Mar 2021, 12:25 GMT
Recurring procurementNot published
ClassificationLaboratory, optical and precision equipments (excl. glasses)
Delivery area
West Midlands (UKG)
OCIDocds-h6vhtk-029fb1
What is being bought
Air Quality Supersite Triplets (UK-AQST) is a NERC funded national facility, and has been funded by NERC capital fund to provide access to two mobile air quality laboratories for UK atmospheric science community. The new air quality laboratories will be paired with one of the existing supersites in Birmingham, London or Manchester, to provide a first-ever monitoring of detailed air pollution composition at three different types of sites, e.g., roadside, urban, and rural (upwind) locations. As part of the newly funded UK-AQST, we wish to purchase one Aerosol Chemical Speciation Monitor, exactly the same as in the existing NERC-funded air quality supersite, for each mobile laboratory.
What changed
From the official release history
  1. Status changed to complete
    26 Mar 2021, 12:25 GMT
  2. Official notice release published
    26 Mar 2021, 12:25 GMT
  3. Buyer information updated
    26 Mar 2021, 12:25 GMT
Lots and requirements (1)
Published by the contracting authority
  • Lot 1 · #1
    Individual lot title not published
    Status not published
    Published valueNot published
    To provide the comparable results with data from existing air quality supersites in Birmingham, London or Manchester, the Air Quality Supersite Triplets wish to procure - Quadrupole Aerosol Chemical Speciation Monitor - SMPL-ACSM sampling system for PM2.5 - ADS-ACSM dryer system - CV-ACSM capture vaporizer - PM2.5 Aerodynamic Lens Option Additional information: The University has applied a 10 calendar days standstill period from publication of this notice.
    Contract periodNot published
    EligibilityNot published
    Options / renewalNot published
Timeline
  1. Procedure published
    26 Mar 2021, 12:25 GMT
  2. Award active
    Not published · Not published
  3. Contract active
    Signed 26 Mar 2021, 00:00 GMT · US$364,300
Commercial outcome and competition
Awards
AERODYNE RESEARCH, Inc.
Not published · Not published · active
Contracts
Contract
US$364,300 · signed 26 Mar 2021, 00:00 GMT · active
Bid statisticsNo aggregate bid statistics published
Buyer and organisations in this procedure

UNIVERSITY OF BIRMINGHAM

Contracting authority GB-FTS-7157
View buyer profile

  • UNIVERSITY OF BIRMINGHAM
    buyer

    Chancellors Court,Edgbaston, BIRMINGHAM, UKG, B152TT
    S.Y.Ting@bham.ac.uk

  • AERODYNE RESEARCH, Inc.
    supplier

    45 Manning Road, Billerica, MA, US, 01821-3976

  • University of Birmingham
    reviewBody

    Edgbaston, B15 2TT
Documents (0)
Official links; attachments are not copied
No data
No linked documents are published
Related procedures (0)
No data
No related procedures published
Planning and rationale
Planning budgetNot published
No-engagement rationaleNot published
Procedure rationaleAerodyne is the only manufacturer of Aerosol chemical speciation monitor (ACSM) in the world that can provide an online observation of both inorganic and organic compounds in ambient aerosols. The Air Quality Supersite Triplets, funded by NERC, aims to provide consistent observations of aerosol and gas compositions at a roadside, urban background and rural sites simultaneously. The newly funded two air quality supersites will be paired with the existing urban background site, either at Birmingham, London or Manchester for observations. Each of the existing supersites has exactly the same ACSM that we seek to procure. This will ensure that we are able to provide a consistent observation of aerosol compositions at all three sites so that we can better understand their sources and processes.