IEEE Climate Magazine

technology for climate solutions

[IEEE Climate Magazine @IEEEClimateMag]

Plasma-based nitrogen fixation is reaching working farms. A gliding-arc reactor running on a 110V supply now produces 100 gal/day of liquid nitrate fertilizer — enough for ~1,000 acres — with 95% less CO₂ than the standard Haber-Bosch. https://t.co/a1nuGxpEmE

[IEEE Climate Magazine @IEEEClimateMag]

Early detection could mean the difference between a managed response and an established fire. Panoramic AI cameras are detecting wildfires by identifying smoke — not flames — in remote areas with poor cell coverage. https://t.co/UF8ey6GFfy #WildFireTech #ClimateTech

[IEEE Climate Magazine @IEEEClimateMag]

Your research is at the intersection of technology and climate? We welcome papers across the full spectrum of tech-driven climate solutions. Find out more on how to submit at https://t.co/RZ7762I2Vx #ClimateTech

[IEEE Climate Magazine @IEEEClimateMag]

It's here. The inaugural issue of IEEE Climate Magazine is now live and free to download — open access, no paywall. Check our cover story on wildfires: https://t.co/XaI2YweLaN #ClimateTech

[IEEE Climate Magazine @IEEEClimateMag]

🥁 -1 day to the inaugural issue of IEEE Climate Magazine — publishing how technology can address climate challenges. #OpenAccess

[IEEE Climate Magazine @IEEEClimateMag]

🥁 -2 days to the inaugural issue of IEEE Climate Magazine— free to download. A new peer-reviewed home for climate technology because information should be within everyone's reach. Stay tuned for more. #ClimateTechMagazine #openaccess

[IEEE Climate Magazine @IEEEClimateMag]

🔁 ICYMI: A hospital microgrid that stays online during a grid collapse by switching to solar and battery storage in real time — that's power electronics at work. The control layer of our grid may matter as much as the generation layer. https://t.co/JrQA5TXXFt #MicrogridControl

[IEEE Climate Magazine @IEEEClimateMag]

🔁 ICYMI: Batteries vs. hydrogen for rail: it's not a simple win for either. Route length, infrastructure, and fuel availability all shape which technology makes engineering sense. Analysis here: https://t.co/DWiAjjV2pP #CleanTraction #ZeroEmissionRail

[IEEE Climate Magazine @IEEEClimateMag]

🔁 ICYMI: Coastal communities need resilient, clean energy—and ocean waves are a largely untapped resource. Ted Brekken on why control system design is central to making wave energy converters practical and grid-ready. https://t.co/zmOgSyS45z #OceanEnergy #PowerSystems

[IEEE Climate Magazine @IEEEClimateMag]

ICYM: Wildfire seasons in 2024 and 2025 ranked 3rd and 2nd worst on record for carbon emissions, and 2026 is trending into the top 10. AI and drone-based fire suppression are being examined as tools to cut release totals. https://t.co/rcXZnZJ2XQ #FireDetection #CarbonMitigation

[IEEE Climate Magazine @IEEEClimateMag]

ICYM: Read Saifur Rahman's inaugural editorial. The editor-in-chief of the new IEEE Climate Magazine ponders on the challenge of knowing where climate technology can work, how they interact with other systems, and what deploying them at scale requires. https://t.co/exinwxC7iE

[IEEE Climate Magazine @IEEEClimateMag]

Power electronics is the silent engine of grid modernization — converting variable renewables into reliable power and enabling microgrids to operate independently. Rodriguez & de la Maza explain why energy control is now as critical as generation. https://t.co/JrQA5TXXFt

[IEEE Climate Magazine @IEEEClimateMag]

Hydrogen trains face real headwinds—fuel supply gaps and battery competition—but may still hold a technical edge on specific non-electrified routes. Where do they actually fit on a decarbonized rail network? https://t.co/DWiAjjV2pP #HydrogenRail #RailDecarbonization

[IEEE Climate Magazine @IEEEClimateMag]

Advanced controls for wave energy converters can significantly improve power capture and device reliability. Ted Brekken explains the engineering behind buoy-based turbine systems and what makes control design so critical here. https://t.co/zmOgSyS45z #WaveEnergy

[IEEE Climate Magazine @IEEEClimateMag]

We publish climate-tech research — energy, transport, buildings, industry, AI, sensors, policy — free to read by the policymakers and general public. Submit now for a 30%discount on APC. https://t.co/nWxaymEUDb #ClimateTech #OpenAccess

[IEEE Climate Magazine @IEEEClimateMag]

Canada's 2023 wildfires emitted ~647 Mt CO2e — more than most nations' annual fossil fuel output — yet wildfire is excluded from Paris Agreement accounting. AI detection and drone suppression could change the mitigation calculus. https://t.co/rcXZnZJ2XQ #Wildfires

[IEEE Climate Magazine @IEEEClimateMag]

Wildfire detection, hydrogen trains, wave energy, power electronics — the inaugural issue of IEEE Climate Magazine covers the range of solutions engineers are deploying today. Read the opening editorial introducing the magazine https://t.co/exinwxC7iE

[IEEE Climate Magazine @IEEEClimateMag]

Ready to submit? Find author guidelines, editorial policies, and submission info directly on our website. Everything you need is one click away: https://t.co/9GuBPYWejH #EditorialPolicies

[IEEE Climate Magazine @IEEEClimateMag]

Tomorrow at NYC Climate Week: the Tech for Sustainability Summit at NEST Campus brings together engineering leaders, policymakers & industry decision-makers to examine the infrastructure behind a sustainable AI era. https://t.co/gcacgK9fUB #ClimateWeekNYC

[IEEE Climate Magazine @IEEEClimateMag]

Our new website is live! Explore original research, reviews, and the ideas shaping technology-driven climate solutions. Learn more about our scope, editorial team, and submissions https://t.co/nWxaymEUDb #ClimateTech #ClimateEngineering #OpenForSubmissions