Awarded
RDE391 - Environmental impact of chemical fire suppressants on open semi-natural
Descriptions
Natural England area teams need to provide evidence-based advice in emergency situations, to extinguish fires and minimise damage to SSSIs and other protected sites. It is expected that the need for chemical fire suppression (such as wetting agents, compressed air foam systems and expansion foam concentrates) within these habitats will continue to grow in the years to come, with a likely increasing frequency and magnitude of wildfires in the UK as a result of climate change. Changing seasonal and rainfall patterns coupled with changing water use will continue to result in reduced accessibility to sufficient water for fire suppression activities, especially in upland areas, increasing the need for chemical additives to be used in these situations. However, Fire and Rescue Services in the UK are hesitant of using these suppressants due to lack of knowledge as to their environmental effects and efficacy, therefore potentially failing to utilise an effective suppression solution. The contract was awarded by Natural England.
Timeline
Published Date :
Deadline :
Tender Awarded :
Awarded date :
Contract Start :
Contract End :
Tender Regions
North West
Scotland
South East
East Midlands
West Midlands
England
Wales
Northern Ireland
Isle of Man
Channel Islands
Ireland
London
Yorkshire and The Humber
South West
North East
East of England
CPV Codes
73200000 - Research and development consultancy services
Keywords
R&D planning
innovation strategy
project roadmap
funding advisory
commercialization consulting
technology trend analysis
proposal development
policy advisory
market relevance study
development oversight
Tender Lot Details
2 Tender Lots
Workflows
Status :
Assign to :
Tender Progress :
Details
Notice Type :
Tender Identifier :
TenderBase ID :
Low Value :
High Value :
Region :
Attachments :
Buyer Information
Address :
Website :
Procurement Contact
Name :
Designation :
Phone :
Email :
Possible Competitors
1 Possible Competitors
