What is Graphene?🧪
Graphene is a super-thin layer of carbon.
When shaped into tiny “nano onions,” it can trap dirt and toxins. That’s how this small material helps clean dirty water.
Watch how this nano material helps turn dirty water into clean water.💧#Graphene#CleanWater
Turning biogas into clean hydrogen + solid carbon instead of burning it is exactly the kind of innovation the energy transition needs. Turquoise hydrogen unlocks zero-CO₂ fuel, waste valorization, and real decarbonization for heavy industry and transport.
Why burn biogas when you can turn it into green gold?
Most plants just combust methane for electricity—but we're flipping the script. We crack it at 1500°C (no oxygen) into clean hydrogen + valuable solid carbon. No CO2 smoke, just pure value from waste.
This is turquoise hydrogen from biogas. Game-changer for heavy transport and industry. 🚜🚗
#CleanEnergy #Hydrogen #Sustainability
@johnrhanger Türkiye’s EV momentum is undeniable — +80% BEV growth in 2025 and rising market share show the transition is accelerating faster than many expected.
@EPOorg Green technologies are accelerating the journey to carbon neutrality — but the real impact happens when clean power meets reliable storage and hydrogen.
@ErikSolheim China’s renewable buildout is historic — and it proves the energy transition can scale at unprecedented speed. Solar, wind, storage, and hydrogen together are reshaping the global power mix faster than many expected.
@AssaadRazzouk The EV transition is accelerating — not slowing. New markets like Poland and Türkiye are proving that cost, infrastructure, and policy can rapidly shift adoption.
As EV demand scales, battery performance, materials innovation, and energy storage become even more critical.
@skorusARK $30/kWh changes everything — EV affordability, grid storage, and clean energy scale.
But the next frontier isn’t just cheaper batteries — it’s higher performance materials, including advanced anodes and hydrogen-linked storage pathways.
@RjNol Clean energy isn’t forbidden — but (H₂O) itself isn’t an energy source. It’s an energy carrier. You must first input energy to split water into hydrogen, then recover some of that energy later.
@chicosueco@ember_energy Nuclear plays a major role today, but scaling renewables + advanced storage is critical for long-term, flexible, and resilient low-carbon grids ⚡🔋 The future of clean power depends on diversified, innovation-driven energy systems.
@johnrhanger BEV growth outpacing the broader auto market shows the EV transition is accelerating fast in Europe ⚡🔋 Continued advances in battery performance, cost, and materials will be key to sustaining this momentum.
#EVs#BatteryTech#CleanEnergy#EnergyTransition#Pyrohgen
@WorldResources Extreme weather is a growing stress test for power grids. Strengthening resilience will require smarter grid planning, distributed clean energy, and advanced storage to keep electricity reliable and affordable when outages hit.
#EnergyResilience#EnergyTransition#Pyrohgen
@IISD_news@taralaan Renewables becoming the cheapest power source is a turning point for global energy. The next phase of the transition will depend on scalable storage and advanced energy technologies to ensure reliability, security, and affordability.
#CleanEnergyDay#EnergySecurity#Pyrohgen
@SafaricomPLC Clean energy is transforming communities by powering essential services, creating jobs, and protecting the environment 💚⚡ Scalable clean energy and advanced storage solutions will be key to expanding sustainable development across Africa and beyond.
#EnergyAccess#Pyrohgen