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| Source: | Contracts Finder |
| Notice Type: | Tender notice |
| Buyer: | Liverpool John Moores University |
| Main Category: | Works |
| Procurement Method: | Open procedure (below threshold) |
| Tender Status: | Complete |
| Estimated Value (ex. VAT): | Not specified |
| Release Date: | 6 June 2023 |
| Application Deadline: | 23 June 2023 |
| Procurement ID (OCID): | ocds-b5fd17-cd1810ae-2542-4d6e-a3ab-2d7be47fbdf9 |
| Notice Reference: | cea81501-945e-4cf9-9d3b-fb33189adf44-651207 |
All 4 notices for this procurement, oldest first.
EST LJMU 22/23-030 - Max Perutz chiller and carbon steel pipework replacement scheme.
EST LJMU 22/23-030 - Max Perutz chiller and carbon steel pipework replacement scheme.
EST LJMU 22/23-030 - Max Perutz chiller and carbon steel pipework replacement scheme.
EST LJMU 22/23-030 - Max Perutz chiller and carbon steel pipework replacement scheme.
Earlier notices predate the Procurement Act 2023 (commenced 24 Feb 2025) and therefore don't carry UK1–UK17 codes.
View Original Notice
Access the full notice on the official portal
he works involve the replacement of the existing Carrier 30RB water chiller and existing carbon steel pipework at the Max Perutz Building, located on the Byrom Street Campus, at Liverpool John Moores University. The enabling package includes the replacement of the existing Carrier chiller and all associated vessels, tanks, valves and pipework and all existing press fit (crimped) carbon steel CT, chilled water and run around coil pipework supplying the ahu's and coils to the rear elevation plant deck area of the Max Perutz Building, with a combination of malleable iron pipework and 316 stainless steel pipework system complete with new thermal insulation. Connecting to the existing malleable iron pipework supplies from the building as they enter the outside plant area, utilising as many of the existing valves and controls as practicable. The pipework sizes should remain the same size as the existing pipework, flow rates are to be taken before and after the works and then balanced on completion of the works. Water samples should be taken from the system before and after the works to ascertain the levels of corrosion, ph. and manufactures recommended dosage strength. 2nr non-working days will need to be allowed for in the contractor's programme due to university open days. Additional information: Tendering Process Liverpool John Moores University will from now on be referred to as "LJMU" or the "Authority" for the purpose of these documents. "Tenderer" is the person, firm or company responding to this Invitation to Tender by submitting a Tender for the consideration of LJMU. The successful Tenderer(s) will be required to work closely with LJMU to ensure the satisfactory management of any resulting Agreement. The main point of contact for the duration of this exercise is: Neil Brennan Enquiries relating to this tender exercise must be submitted via the Intend portal. To register interest, and to submit your bid for this tender exercise, please register on the Intend E Tendering Portal - https://in-tendhost.co.uk/ljmu. Please do not email directly or telephone, we will not respond to this mode of communication Tender visits: Tuesday 14th June 2023 - 09:00am - 12:00pm Contractors must confirm attendance via the University's In-tend portal. Is a Recurrent Procurement Type? : No
Document pack· 1 file
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Pipeline status
Not addedContract imported automatically · AI writes the response
Application Deadline
23 June 2023
Closed
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