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OutoffirecameBlueproofTM

fromBLUERAD

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Technicalpresenta6on

Buys6me,savelives

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Contents

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Part1.WhatisBlueproofTM?

Part2.Howdoesitwork?

Part4.AliGlewater

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Part8.Risk

Part9.Pressuretes6ng

Part6.Furnitureburn6mes

Part10.Flashover

Part7.Visibility

Part12.Escape

Part11.Silt

Fulldura6on17minutes

Part3.Chemistry

Part5.Trackingafire’smovement

Part1.WhatisBlueproofTM?

Adevicedesignedtoreleasewaterwhereandwhenitisneededmostinafire

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BreaksOut

When

WithBlueproofTMfiGedonyourradiator(s)

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Heatarrivesonitssurface

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Atexcep6onalspeed

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Thecontentofyourradiatorstartstoboil

Thepressurerisesfasterthanthewatercanescape

‘Blockedinpressure’

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BlueproofTMac6vates,releasingthewater

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Thewaterexpandstocreatewatervapour

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Thewatervapoursuppressesthefire

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It’sthatsimple

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Part2.HowdoesBlueproofTMwork?

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Manufacturedfromadvancedmaterials

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Thematerialopenswiththeheatandpressure

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Failingalongthelinesofleastresistance

IntheshapeofaMalteseCross

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Forminganozzleatitssurface

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Theop@malshapetoreducenozzleshock

Allowingthewatertospray

Reachesover5mat3.5bar.Radiatorpressuremayriseto9barinafire.Provenduringfull-scalefireexperiments.www.bluerad.eu

Thesprayisdrivenbythepressureintheradiator(s)exposedtothefire

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IntheUSAradiatorsareknownashea@ngpanels

Thevolumeofwaterexpandsbyapproximately17006mesitsliquidvolumewhenreleased

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Coolersurfacesabsorbtheheatenergyasthewatervapourliquifies

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2260Jg-1ofheatisrequiredtovaporisewater.Converselythesameamountofheatisreleased

tocondenseonacoolersurface

Dropletsformonexposedcoolersurfaces

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Exposedsurfacesabsorb2260Jg-1ofheattocondensevapourbacktowater.Thebuilding

actsasahugeheatsink.

Watervapourcondensesonwindowsandothercoolersurfaces

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Itmovestoavailablespace,suchasfloorsandadjacentrooms.

Any?

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Ifyouhaveanyques@onsaboutBlueproofTMdonothesitatetogetintouch