The #FERNSProject is turning the objective–focus–outcomes triangle into a training and research engine for the next wave of sustainable electronics leaders.

🔗 Learn more about the project and its vision:
www.ferns-project.eu/about

#SustainableElectronics #CircularEconomy #HorizonEurope #MSCA

Energy Harvesting for Small Sensor Market Growth Report 2035 Energy Harvesting for Small Sensor Market is expected to grow USD 5.29 Billion at 12.79% CAGR by 2035, Global Energy Harvesting for Small Sensor Industry Analysis by Technology, Application, End Use, ...

Energy Harvesting for Small Sensor Market Share Analysis, Sales Revenue, Competitive Landscape and Market Expansion Strategies 2035
www.marketresearchfuture.com/reports/ener...

#EnergyHarvesting #SmallSensors #IoTPower #SustainableElectronics

Bio-Based Materials For Smart And Sustainable Electronics Using renewable materials in electronics manufacturing creates circular devices that perform like conventional tech but return safely to nature

Bio-Based Materials for Smart and Sustainable Electronics Technologies

read more : bi-journal.com/bio-based-ma...

#BioBasedMaterials #SustainableElectronics #BIJournal #BIJournalnews #BusinessInsightsarticles #BIJournalinterview

🚀 ISC3 Innovation Challenge 2026 is OPEN! 🌱
Calling innovators worldwide to advance **Sustainable Chemistry for Electronics**.
🏆 €25,000 in prizes + startup support
🗓 Apply by May 4, 2026
👉 www.isc3.org/page/innovat...
#ISC3 #SustainableElectronics #Innovation

Huge thanks to all partners, collaborators and followers for helping us light up this first year of EFFECTOR – here’s to an even brighter, battery‑free 2026 together! ✨
#HorizonEurope #OPV #Supercapacitors #BatteryFree #EnergyAutonomous #PrintedElectronics #SustainableElectronics

Green Electronics Thanks to Biodegradable Circuit Boards | Newswise Modern printed circuit boards are made from petroleum-based materials and are difficult to recycle. Empa researchers have developed a biodegradable version – an important step toward sustainable elect...

There is more potential for electronics made from wood. Scientists at Empa created biodegradable PCBs from wood based lignocellulose. If adopted widely, this could cut e-waste drastically. www.newswise.com/articles/gre...

#GreenTech #SustainableElectronics #EcoInnovation

⚡ Last month, @csacatapult.bsky.social joined the #REACT Centre workshop at @royalsociety.org. The event united industry, academia and government to shape funding, policy, and collaboration in #SustainableElectronics.

University Of Glasgow Engineers Develop Biodegradable Circuit Boards To Cut E-Waste | Glasgow City Of Science & Innovation Engineers from a Scottish university are teaming up with industry to develop environmentally-friendly, biodegradable circuit boards for use in wireless communication technologies.

🔧♻️ Glasgow Engineers are developing biodegradable circuit boards that could eliminate thousands of tonnes of e-waste.

📍 @uofglasgow.bsky.social
👇 Learn more

glasgowcityofscienceandinnovation.com/university-o...

#GreenTech #SustainableElectronics #EcoInnovation #CircularEconomy #GlasgowEngineering

Still exploring insights from @CSEM.ch on sustainable electronics 👉 bit.ly/3KhL00p
One takeaway from our whitepaper: we can screen print electronics like T-shirts — scalable, efficient & less wasteful. More in thread 👇
#SustainableElectronics

A green recycle bin full of electronic devices.

🌍 In 2022, the world generated 62 million tonnes (Mt) of #e-waste. Less than a quarter was properly recycled. As the volume of consumer electronics grows, so does the challenge. Can electronics power the world and protect it?Our research explores how. Coming soon! #SustainableElectronics #CleanTech

Tyndall is coordinating FERNS, a project recruiting 15 PhD researchers to work across Europe on circular design, low-impact materials, and eco-manufacturing.

🔗 www.tyndall.ie/news/join-the-ferns-netw...

#SustainableElectronics

In this work, titled “Where Do I Stand?”, artist Joseph Cohen used the laser-induced graphene technique to depict what LIG might look like at the microscopic level. Image credit: Jeff Fitlow (photographer).

Stronger than steel, lighter than aluminum, and highly conductive—#graphene has huge potential. So why isn’t it everywhere? It’s hard and costly to make. A new method could change that and boost #SustainableElectronics.
Read more: www.pnas.org/doi/10.1073/...

#lasers #sustainability

In this work, titled “Where Do I Stand?”, artist Joseph Cohen used the laser-induced graphene technique to depict what LIG might look like at the microscopic level. Image credit: Jeff Fitlow (photographer).

Graphene is stronger than steel, lighter than aluminum, and highly conductive—but hard to produce. A new method may overcome that hurdle, unlocking its potential for #SustainableElectronics. A PNAS Inner Workings article: www.pnas.org/doi/10.1073/...

#Graphene #lasers #sustainability

Researchers used lasers to transform inexpensive polyimide plastic into sheets of graphene foam that they then bound into three-dimensional blocks, one of which is shown here balanced on a willow branch. Image credit: the Tour group at Rice University.

Stronger than steel, lighter than aluminum, and ultra-conductive—#graphene has huge potential. But it's tough to make. A new laser-based method could change that, paving the way for #SustainableElectronics. A PNAS Inner Workings article: www.pnas.org/doi/10.1073/...

#lasers #sustainability

'Sustainable' Computers Aren’t Great for the Planet: Here’s the Solution Electronics manufacturers might seem sustainable—but French cooperative Commown reveals what truly sustainable computers look like.

Electronics manufacturers might seem sustainable — but French cooperative Commown reveals what truly sustainable computers look like.

#ewaste #sustainableelectronics

Greener electronics for a better tomorrow! 🌱 SQPCB uses eco-friendly practices in manufacturing top-notch Printed Circuit Boards without compromising on quality. 🌟
🌐 Learn more: sqpcb.com
#SustainableElectronics #EcoFriendlyManufacturing #PCBInnovation #SQPCB