Closed

Supply, Delivery and Commissioning of a 5 Stage Mixed- Suspension, Mixed-Product Removal (MSMPR) system

University of Strathclyde · Value not published · closes 5 Jun 2024

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Estimated value

Closed

Deadline

2 May 2024

Published

This tender has closed.

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About this contract

This Contract Notice is for the tender opportunity to appoint a sole supplier to provide the Continuous Manufacturing and Crystallisation centre (CMAC) with a 5 stage Mixed-Suspension, Mixed-Product-Removal (MSMPR) system to operate in their existing world class research facility in the Technology and Innovation Centre at the University of Strathclyde. As a research centre focusing on delivering high impact industrially relevant research with a broad portfolio of funding streams from government funded research through pre-competitive and confidential projects, CMAC require a new MSMPR to enhance their capability and continue to drive their Quality by Digital design initiative.

Key dates

Published2 May 2024
Submission deadline5 Jun 2024 Add to calendar ↓

Source

Source notice on Find a TenderView ↗

Lot — bid on it if it fits

This contract has one lot. Bid if it suits your firm.

The University, on behalf of CMAC, are looking to procure a 5-stage MSMPR. CMAC is looking for a new 5-stage MSMPR capable of automated external PC monitoring and control with capability to interface to advanced process control (APC) systems. The system should be able to run "lights out" without manual intervention and have suitable safety and monitoring systems to enable this. Each vessel should have at least one port for process analytical technique (PAT) probe with baffles (or equivalent), heated jackets and transfer lines. A slurry transfer system between vessel should be provided with flexibility in transfer frequency and volume ideally. Feed pumps and lines should ideally have mass flow measurement implemented and be heated. Target total flow rates of 5-200g/minute. Although the system is intended primarily for crystallisation, it must also be capable of chemical reactions.Value not published

Who to contact

Emailjemma.wylie@strath.ac.uk

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