Carbon and nitrogen emissions rates and heat transfer of an indirect pyrolysis biomass cookstove

Volume: 127, Pages: 105279 - 105279
Published: Aug 1, 2019
Abstract
Cookstoves, where fuel is pyrolyzed or gasified, have received much attention due to their potential to reduce environmental and household air pollution (HAP). In this study, an indirect pyrolysis cookstove was investigated to determine how operating conditions influence carbon and nitrogen emission rates and heat input to the cooking water. Multiple linear regression models were developed based on time-resolved measurements. The rate of...
Paper Details
Title
Carbon and nitrogen emissions rates and heat transfer of an indirect pyrolysis biomass cookstove
Published Date
Aug 1, 2019
Volume
127
Pages
105279 - 105279
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