Dr Peter Sherrell
@nanoin3d.bsky.social
Using waste energy to drive chemical reactions
Senior Vice Chancellor's Research Fellow (Group Leader) - RMIT University, Australia
Catalysis; Energy Harvesting; Materials Science; Polymers; Electrochemistry; Triboelectricity
Senior Vice Chancellor's Research Fellow (Group Leader) - RMIT University, Australia
Catalysis; Energy Harvesting; Materials Science; Polymers; Electrochemistry; Triboelectricity
We also had a lot of fun testing these at the RMIT #FLAMME Lab - showing how these work for next-generation PPE for first responders.
🧪🔬 #science #textiles #contactelectrification #chemsky
🧪🔬 #science #textiles #contactelectrification #chemsky
September 9, 2025 at 4:22 AM
We also had a lot of fun testing these at the RMIT #FLAMME Lab - showing how these work for next-generation PPE for first responders.
🧪🔬 #science #textiles #contactelectrification #chemsky
🧪🔬 #science #textiles #contactelectrification #chemsky
Some more #energyharvesting with #triboelectric polymers.
Seeing how they convert motion to electricity from high frequency vibrations.
🧪⚡
Seeing how they convert motion to electricity from high frequency vibrations.
🧪⚡
November 18, 2024 at 12:49 AM
Some more #energyharvesting with #triboelectric polymers.
Seeing how they convert motion to electricity from high frequency vibrations.
🧪⚡
Seeing how they convert motion to electricity from high frequency vibrations.
🧪⚡
We're working on some new materials that generate huge amounts of internal #staticelectricity ⚡.
These operate on a similar priciple to our laminates (doi.org/10.1002/smll...) - but we're seeing over 10x higher current and charge outputs - from much thinner material🗑️🔋!
Stay tuned 👀
#chemsky🧪
These operate on a similar priciple to our laminates (doi.org/10.1002/smll...) - but we're seeing over 10x higher current and charge outputs - from much thinner material🗑️🔋!
Stay tuned 👀
#chemsky🧪
November 15, 2024 at 12:28 AM
We're working on some new materials that generate huge amounts of internal #staticelectricity ⚡.
These operate on a similar priciple to our laminates (doi.org/10.1002/smll...) - but we're seeing over 10x higher current and charge outputs - from much thinner material🗑️🔋!
Stay tuned 👀
#chemsky🧪
These operate on a similar priciple to our laminates (doi.org/10.1002/smll...) - but we're seeing over 10x higher current and charge outputs - from much thinner material🗑️🔋!
Stay tuned 👀
#chemsky🧪
The wonderful communciations team at RMIT put together this video to go with our #upcycling packing foam into motion based energy harvesters ⚡🔊 innovation. 🧪
Check it out below!
#chemsky #ozchem
Check it out below!
#chemsky #ozchem
November 14, 2024 at 1:53 AM
The wonderful communciations team at RMIT put together this video to go with our #upcycling packing foam into motion based energy harvesters ⚡🔊 innovation. 🧪
Check it out below!
#chemsky #ozchem
Check it out below!
#chemsky #ozchem