Water closed loop in industrial processes
Recycling industrial waters in combination with heat and/or substances in energy and resource intensive industries by developing innovative Heat Pipe Condensing Economisers and other integrated water-smart strategies.
Video introduction of the project
iWAYS
iWAYS will find ways to reduce, recover and reutilize gaseous, liquid and solid waste. Our ambition is to contribute to a future where industry is sustainable and green. This will require advances in several fields. Each one of these innovations will benefit not only European industry but also society.
Water recovery and recycle from gaseous emissions
Between 30% to 60% less freshwater consumed. Up to 90% of discarded water will be recovered from condensate stream.
Unrecoverable heat recovery
Between 10% to 80% reduction in waste heat and energy consumption by recovering thermal energy and sensible heat via Heat Pipe Condensing Economiser systems.
Material Recovery
Recovery of material by valorising challenging exhaust streams. The iWAYS systems will allow the removal of elements in the exhaust gases, like Boron, VOCs, and acid gases (HF, SOx, NOx, HCl).
Latest news
The Mechanics of Ceramics: How the Industry Can Decarbonize
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The EU needs to address the growing issue of water scarcity
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La Sfida Idrica Europea
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iWAYS and ETEKINA feature in EU report โScaling up innovative technologies for climate neutralityโ
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iWAYS gathers in Athens for its 6th project meeting
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iWAYS recommends an innovative approach for a water-smart Industrial Emission Directive
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Tweets by @iWAYSWaterEu
๐ดHappening TODAY!
๐บTune in from 15:00 to 16:00 for the pre-event webinar of #WME to get a sneak preview of the ...2024 edition and hear from the previous participants.
๐Registration is FREE! ๐https://t.co/fSKSpMeK1R
๐Today, 14 March
โฐ15:00-16:00
๐โ๐จhttps://t.co/fSKSpMeK1R
The filming for the first of 3 iWAYS #CaseStudy videos kicked off, starting at Alufluor AB in #Helsingborg, Sweden. ...Just after @Sam_Jouhara comissioned the first Heat Pipe Condensing Economiser (#HPCE) on site. Thanks to Alufluor's staff for the great support during the filming!
The video will be published soon here and at the project website https://t.co/JyKXxKcDQL. Stay tuned! ...#wasteheatrecovery #watertreatment #circular #industry #Aluminium #energyefficiency
๐คUnsure about attending #WME2024? Our pre-event #webinar on 14 March, will offer you compelling reasons to attend, ...from past participants' insights to a glimpse into 2024โs event!
๐ Register for free:ย https://t.co/fSKSpMeK1R
๐Thursday, 14 March
โฐ15:00-16:00
โฐHurry up!
โจRegister now for #WME2024 on 26-27 March featuring excellent speakers from @WaterIntel, @tudelft and ...Alesia Communication.
๐กNetwork and learn unique insights from the #watermarket scenario!
โก๏ธREGISTER TODAY โก๏ธ https://t.co/5YVP2jYyMP
๐The agenda for #WME2024 is taking shape! Have you already secured your place?
๐ฏThe event will take place on ...26-27 March in Brussels to offer you unique business opportunitiesย and connect with the #water market players.
๐REGISTER TODAY:ย https://t.co/Iz5RuwvTVI
๐NEW BOOK!
In need for
- a comprehensive analysis of #BusinessModels for #SustainableEnergy use?
-current ...insights of #energyPolicy aimed towards the clean #EnergyTransition in the #EU and worldwide?
-#CaseStudies illustrating the practical implementation of all this?
This book by @JurgitaMalinau1 and @Sam_Jouhara will give you the answers!
https://t.co/g7XzYrWHrC
iWAYS continues and builds on the success from ETEKINA!
Stay tuned for more updates about our #HeatPipe technology!
...#HeatRecovery #Industry
iWays - Water closed loop in industrial processes - iWays
Water closed loop in industrial processes Recycling industrial waters in combination with heat and/or substances in en...
www.iways.eu
๐ Book recommendation!
#HeatPipes: Theory, Design and Applications
This edition takes a highly practical approach to... the #design + selection of heat pipes, making it an essential #guide for practicing #engineers + an ideal text for postgraduate students.
https://t.co/LkOTgyxXj7
Our technical coordinator, @Sam_Jouhara, has a dream: a technology capable of turning waste streams into a valuable ...resource by recycling the thermal #energy, water and materials they contain.
Follow us for updates and more information
https://t.co/JyKXxKcDQL
#WaterRecovery