Skip to main content
Toggle main menu visibility
Menu
Join
Sign In
Communities
Membership
Events
Publications
Learning & Careers
AIChE Home
About
Contact AIChE
Leadership
Events
Communities
Membership
Learning & Careers
Publications
Careers at AIChE
Equity, Diversity, Inclusion
Giving
Students
Young Professionals
Operating councils
Local Sections
Committees
Awards
Communities
Membership
Events
Publications
Learning & Careers
Toggle site search visibility
Sign In
Join
Breadcrumb
Home
Publications
Proceedings
2013 AIChE Annual Meeting
Topical Conference: Advanced Membrane Separation for Sustainability
Plenary: Advanced Separations for Sustainability
2022 Annual Meeting
Session: Sustainable Energy: Generation and Storage
Chair
Pol, V.
, Purdue University
Co-Chair
Samsatli, S.
, University of Bath
Presentations
03:30 PM
(681a) Flexible and Sub-Zero Temperature Functioning Porous Hydrogel Supercapacitor Modified By Chemical Crosslinking
03:43 PM
(681b) Unveiling Flexibility of IrO2 Crystal Structure: An Approach Towards Efficient Oer Catalysis
03:56 PM
(681c) Characterizing Excess Energy Availability and Value
04:09 PM
(681d) Market-Integrated Optimization of Wind-Battery-Hydrogen Hybrids for Peaking Capacity Via Storage
04:22 PM
(681e) Generation and Storage of Green Hydrogen for the Decarbonisation of Energy-Intensive Industries: Whole-Systems Value Chain Optimisation
04:35 PM
(681f) Dynamic Modeling and Control of Renewable Hydrogen Production, Storage and Consumption for Grid and Transportation Operations
04:48 PM
(681g) An Optimal Dispatch and Economic Performance Study of a Nuclear-Hydrogen Hybrid Energy System with Large-Scale Storage in Underground Salt Cavern
05:01 PM
(681h) Improving Compressed Air Energy Storage Via Indirect Heat Transfer to a Thermochemical Reactor
05:14 PM
(681i) Optimizing Absorption to Improve Haber-Bosch Synthesis
05:27 PM
(681j) Agile Ammonia Production through Process Integration for Medium to Long-Term Storage of Renewable Energy
05:40 PM
(681k) Optimal Allocation and Dispatch of Renewable Energy Systems Under Saudi Arabia’s 2030 Vision and Climate Change Projections