In situ characterizations of photoelectrochemical cells for solar fuels and chemicals

Rambabu Yalavarthi; Olivier Henrotte; Alessandro Minguzzi; Paolo Ghigna; Daniel A Grave; Alberto Naldoni

In situ characterizations of photoelectrochemical cells for solar fuels and chemicals

Rambabu Yalavarthi, Olivier Henrotte, Alessandro Minguzzi, Paolo Ghigna, Daniel A Grave, Alberto Naldoni

Department of Materials Engineering

Research output: Contribution to journal › Article › peer-review

Abstract

Environmental concerns deriving from fossil fuel dependency are driving an energy transition based on sustainable processes to make fuels and chemicals. Solar hydrogen is the pillar of this new green economy, but the technological readiness level of PV electrolysis and direct photoelectrochemical (PEC) electrolysis are still too low to allow broad commercialization. Direct conversion through PEC technology has more potential in the medium–long term but must be first guided by the scientific enhancements to improve device efficiencies. For this purpose, in situ and operando photoelectrochemistry will guide the discovery of new materials and processes to make solar fuels and chemicals in PEC cells

Original language	English GB
Pages (from-to)	1-27
Number of pages	27
Journal	MRS Energy Sustainability
Volume	7
State	Published - 2020

UN SDGs

This output contributes to the following UN Sustainable Development Goals (SDGs)

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abstract = "Environmental concerns deriving from fossil fuel dependency are driving an energy transition based on sustainable processes to make fuels and chemicals. Solar hydrogen is the pillar of this new green economy, but the technological readiness level of PV electrolysis and direct photoelectrochemical (PEC) electrolysis are still too low to allow broad commercialization. Direct conversion through PEC technology has more potential in the medium–long term but must be first guided by the scientific enhancements to improve device efficiencies. For this purpose, in situ and operando photoelectrochemistry will guide the discovery of new materials and processes to make solar fuels and chemicals in PEC cells",

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AU - Yalavarthi, Rambabu

AU - Henrotte, Olivier

AU - Minguzzi, Alessandro

AU - Ghigna, Paolo

AU - Grave, Daniel A

AU - Naldoni, Alberto

PY - 2020

Y1 - 2020

N2 - Environmental concerns deriving from fossil fuel dependency are driving an energy transition based on sustainable processes to make fuels and chemicals. Solar hydrogen is the pillar of this new green economy, but the technological readiness level of PV electrolysis and direct photoelectrochemical (PEC) electrolysis are still too low to allow broad commercialization. Direct conversion through PEC technology has more potential in the medium–long term but must be first guided by the scientific enhancements to improve device efficiencies. For this purpose, in situ and operando photoelectrochemistry will guide the discovery of new materials and processes to make solar fuels and chemicals in PEC cells

AB - Environmental concerns deriving from fossil fuel dependency are driving an energy transition based on sustainable processes to make fuels and chemicals. Solar hydrogen is the pillar of this new green economy, but the technological readiness level of PV electrolysis and direct photoelectrochemical (PEC) electrolysis are still too low to allow broad commercialization. Direct conversion through PEC technology has more potential in the medium–long term but must be first guided by the scientific enhancements to improve device efficiencies. For this purpose, in situ and operando photoelectrochemistry will guide the discovery of new materials and processes to make solar fuels and chemicals in PEC cells

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VL - 7

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JO - MRS Energy Sustainability

JF - MRS Energy Sustainability

ER -

In situ characterizations of photoelectrochemical cells for solar fuels and chemicals

Abstract

UN SDGs

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