Concordia University Irvine

Interface-Engineered AgCoAc on Ti3C2T x MXene as a Bifunctional Electrocatalyst for Advancing CO2 Utilization and Oxygen Evolution

Abstract The escalating global demand for renewable energy sources and chemicals necessitates sustainable and resource-conscious production protocols that address future demands with a minimal environmental impact. The current study presents the viability of the AgCoAc@Ti3C2Tx-ba...

Green signals: how perceived value, self-brand connection and brand credibility shape willingness to pay for green products

Purpose This study examines the interaction between green perceived value (GPV), self-brand connection (SBC) and willingness to pay more (WPM), and moderating role of brand credibility (BC) for green products. It underpins on Signalling Theory and Value-Based Pricing Theory, and...

CuFe Bimetallic Electrocatalyst for Low-Voltage Formaldehyde-Assisted Dual Hydrogen Production

Abstract An effective strategy to lower the operating voltage and system cost of water electrolysis for green hydrogen production is to couple the hydrogen evolution reaction with a kinetically facile oxidation reaction instead of the oxygen evolution reaction. Formaldehyde oxida...