Kendra Kuhl

A patent co-invented by Kendra Kuhl describing an electrochemical reactor with an advanced architecture for efficiently converting CO2, CO, and other compounds into useful products.

A patent co-invented by Kendra Kuhl, outlining a system and method for controlling carbon dioxide reactors to produce specific output compositions, crucial for scaling CO2 conversion technologies.

A significant publication by Kuhl and co-authors demonstrating the conversion of carbon dioxide into methane and methanol using transition metal catalysts, advancing the field of CO2 utilization.

Kendra Kuhl's PhD dissertation detailing her groundbreaking research on using various metal surfaces as catalysts to electrochemically convert CO2 into valuable fuels and chemicals.

A highly cited publication co-authored by Kendra Kuhl, detailing the findings on the electrocatalytic reduction of CO2 on copper surfaces, contributing significantly to the understanding of CO2 conversion mechanisms.

A publication from 2011, co-authored by Kuhl, detailing early research into the electrocatalytic conversion of carbon dioxide to fuels using various metal surfaces.