Steam-slaked lime - Phase III: Comparison of the properties of mortars made with steam-slaked lime with mortars made using other types of lime.
This is a contract result notice, not an open opportunity. Details from the official award data.
This sits in the lower-middle of the Research & Development band — a mid-scale opportunity. Based on 20,405 valued Research & Development tenders in our corpus.
This purchase is for Phase III of research to investigate the role of steam in the hydration (slaking) of calcium oxide (quick lime) and how this influences the properties and performance of steam-slaked lime and how this in turn affects mortar performance.
Phase I, carried out in 2018, determined that steam-slaked lime has a significantly different microstructure compared to lime slaked in other ways.
Phase II (commenced in 2020, but is only just being completed because of delays due to coronavirus restrictions) has shown how these microstructural differences affect water demand, water retention and carbonation of mortars made with steam-slaked lime.
It is proposed that Phase III will consider in more detail the properties of mortars made with steam-slaked lime compared to mortars made with different types of lime, focussing in particular on permeability and moisture transport properties, and frost and salt resistance.
Make the case to bid
Reveal who to approach at HISTORIC ENGLAND LIMITED, and generate a go-to-market strategy from their news, accounts and people.
Ask me about this tender, the buyer, who wins their work, or whether you should bid.
- OCID
- 1b85dc09-c4ee-42b8-9291-3c661fc8a947
- Stage
- contract · Contract
- Source
- Contracts Finder
- Buyer ref
- C/REF 00000025
Contains public sector information licensed under the Open Government Licence v3.0. Source data © Crown copyright.
Who wins this kind of work
The suppliers and buyers around this opportunity — drawn from official award data. Drag to orbit; click a node to explore.
Top suppliers & buyers in Research & Development
HISTORIC ENGLAND LIMITED’s tender network
Assembling the network…