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Distributed Chemical and Energy Processes for Sustainability
Chair(s):
Singh, S., Purdue University
Co-chair(s):
Yelvington, P. E., Mainstream Engineering Corporation

This session covers topics on distributed chemical and energy processes for sustainability. The focus is small, modular chemical processes that can be distributed geographically to overcome feedstock or product transport limitations. Applications include, but are not limited to, liquefaction of stranded natural gas, biomass conversion to fuels, fertilizer production, and electrical power generation.

Papers:
8:00 AM
(613a) Photovoltaic/Thermal Energy Addition to Expeditionary Buildings
8:22 AM
(613b) An Integrated Approach to Water-Energy Nexus with Multiple Energy Sources
8:44 AM
(613c) The “Green Latrine”: Deployable Latrine with Off-Grid Photovoltaic/Thermal Energy
9:06 AM
(613d) Optimization of Hybrid RO-PRO Membrane Processes at the Water-Energy Nexus
9:28 AM
(613e) An Integrated and Distributed Anaerobic Digestion Waste-to-Energy System for Energy Recovery from Food Waste
9:50 AM
(613f) Chemical Looping Based Hydrogen Production from Ammonia: System Analysis and Experiments of a Two Reactor and a Three Reactor System
10:12 AM
(613g) Process Intensification of Bio-Ethanol Dehydration Under Compressed Liquid Phase Conditions
Topics: 
Alternative Energy
Biofuels (Energy)
Sustainable Supply Chains

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Pricing

Individuals

AIChE Members $150.00
AIChE Graduate Student Members Free
AIChE Undergraduate Student Members Free
Non-Members $225.00