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.

Play Video

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).

iWays principle

Latest news

Recent tweets

#HappeningNow: 4th General Assembly meeting for
@iwaysWaterEu underway at sunny @Bruneluni

Great to meet in person ... with 19 project partners and exchange on the latest developments in innovative #watertreatment systems to support #circulareconomy in energy-intensive industries!

💬Discussing solutions, addressing and building synergies between #water and #heat reclamation for industries - live ... at @iwaysWaterEu 4th meeting in London!

💪@iwaysWaterEu project meeting is on!
Prof @Sam_Jouhara greeting us at the @BrunelResearch. The weather is fantastic ... and the consortium atmosphere even better!

@MontorsiLuca @AndreaRubini_56 @WolfgangGernjak @SciComms @Eurecat_news @NtuaSel @iamas_tech

🟢Live from London🇬🇧

🙌We are so happy to be present at the @iwaysWaterEu 4th meeting hosted today by ... @Bruneluni in London as a great opportunity to discuss the next steps for the project's development. Stay tuned for more!

Join iWAYS at #MSSM2022 @Bruneluni to learn the latest in materials aspects related to Heat Pipe Condensing Economisers,... sensors, decision-support systems and #watertreatment systems.

👉Still in time to submit your abstract! Find out more here: https://t.co/ZYnHL2L6sJ

Load More...