Rizwan Fattah

[Rizwan Fattah @IRizzi_F]

Recent advancement and assessment of green hydrogen production technologies

https://t.co/1IWl2BEpYD

[Rizwan Fattah @IRizzi_F]

https://t.co/qya0GhrrDv

[Rizwan Fattah @IRizzi_F]

A little overdue to share, but I've been serving on the Early Career Editorial Board of WIREs Energy and Environment (Wiley) for a while now.
Energy, policy & sustainability — exactly my world. Glad to be supporting great research and authors in the field.
#Energy #CleanEnergy

[Rizwan Fattah @IRizzi_F]

Alhamdulillah — completed Zad Academy's 2-year program in Islamic Sciences, all four levels, with an Excellent grade. Six disciplines rooted in the Quran & Sunnah.

Free & fully online — next semester starts 23 Aug. https://t.co/yZcJxS0D17

والله ولي التوفيق

[Rizwan Fattah @IRizzi_F]

Recent advancements and assessment of carbon capture technologies for climate crisis mitigation

https://t.co/PN9jkZfXBK

[Rizwan Fattah @IRizzi_F]

Our review, “Recent Advancements and Assessment of Carbon Capture Technologies for Climate Crisis Mitigation,” examines CCS, CCUS, CDR, DAC, BECCS, OAE, and emerging solid sorbent systems
🔗 https://t.co/LvEFgRsxZ4

#CarbonCapture #CCUS #ClimateAction #Decarbonisation #NetZero

[Rizwan Fattah @IRizzi_F]

Recent advancements and assessment of carbon capture technologies for climate crisis mitigation

https://t.co/PN9jkZfXBK

[Rizwan Fattah @IRizzi_F]

Advancements in Electrode Development forWater Electrolysis: From Support Electrodes toSelf-Supported Electrodes

https://t.co/6Ol0e3Vawi

[Rizwan Fattah @IRizzi_F]

Composite adsorbents for carbon capture: Unifying zeolite and activated carbon properties to overcome limitations in CO₂ separation

https://t.co/Rq5zfKbpus

[Rizwan Fattah @IRizzi_F]

Nanomaterial-enhanced membranes for PFAS remediation: Mechanistic insights, technology performance, and pathways to scalable implementation

https://t.co/In5vWkuC5f

[Rizwan Fattah @IRizzi_F]

Hydrogen-based hybrid energy system: A review of technologies, optimization approaches, objectives, constraints, applications, and outstanding issues
https://t.co/MKV29TjHd8

[Rizwan Fattah @IRizzi_F]

Nanomaterial-enhanced membranes for PFAS remediation: Mechanistic insights, technology performance, and pathways to scalable implementation

https://t.co/In5vWkuC5f

[Rizwan Fattah @IRizzi_F]

Nanomaterial-enhanced membranes for PFAS remediation: Mechanistic insights, technology performance, and pathways to scalable implementation https://t.co/nHoHdBMtVL

[Prof Lennart Nacke, PhD @acagamic]

https://t.co/QKcHZPiYGD

[Rizwan Fattah @IRizzi_F]

Advancements in Electrode Development for Water Electrolysis: From Support Electrodes to Self-Supported Electrodes

https://t.co/rUQl2k17uT

[Rizwan Fattah @IRizzi_F]

Hydrogen-based hybrid energy system: A review of technologies, optimization approaches, objectives, constraints, applications, and outstanding issues

https://t.co/MKV29TjHd8

[Rizwan Fattah @IRizzi_F]

Carbon fiber and carbon fiber composites—creating defects for superior material properties

https://t.co/nfR1ZVAUqJ

[Rizwan Fattah @IRizzi_F]

Advancements in Electrode Development for Water Electrolysis: From Support Electrodes to Self-Supported Electrodes

https://t.co/rUQl2k17uT

[Rizwan Fattah @IRizzi_F]

Nanomaterial-enhanced membranes for PFAS remediation: Mechanistic insights, technology performance, and pathways to scalable implementation

https://t.co/In5vWkuC5f

[Rizwan Fattah @IRizzi_F]

Advancements in Electrode Development for Water Electrolysis: From Support Electrodes to Self-Supported Electrodes

https://t.co/NWKu2rhFtn