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Applications of Biochar: A Comprehensive Review of Production Methods and Potential Uses

Photo of the Article: Applications of Biochar A Comprehensive Review of Pro-duction Methods and Potential Uses

Abstract

Biochar is a carbon-dense material made by heating biomass in low or no oxygen ‎conditions. It is currently receiving attention for the many roles it can play. In this article, ‎we will introduce the main methods of biochar production, such as Slow Pyrolysis, Fast ‎Pyrolysis, Gasification, Hydrothermal, Carbonization and Torrefaction, and then explore ‎biochar applications in agriculture, construction, Energy Production and water treatment. ‎We will explore how biochar’s strong structure and unique chemistry can improve soil ‎health, reduce greenhouse gases, strengthen concrete, and trap pollutants in water ‎treatment systems. The article also points out existing barriers and points to future ‎research so that readers can gain a broad and balanced view of what biochar can still ‎achieve.‎

Publication record

Author
Dawod Rasooli Keya and Evin Adin
Type
TISHK Articles in Advance
Publisher
TISHK Center for Kurdistan Studies
Editor
TISHK Zentrum für Studien über Kurdistan
Date
18.06.2025
Language
En
Pages
1 – 10
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ARTICLE
Applications of Biochar: A Comprehensive Review of Production Methods and Potential Uses

Published online by TISHK Center for Kurdistan Studies: 18.06.2025
DOI 
Adin, Evin and Dawod Rasooli Keya 2025. “Applications of Biochar: A Comprehensive Review of Production Methods and Potential Uses” TISHK Center for Kurdistan Studies. Articles in Advance .   

Abstract

Biochar is a carbon-dense material made by heating biomass in low or no oxygen ‎conditions. It is currently receiving attention for the many roles it can play. In this article, ‎we will introduce the main methods of biochar production, such as Slow Pyrolysis, Fast ‎Pyrolysis, Gasification, Hydrothermal, Carbonization and Torrefaction, and then explore ‎biochar applications in agriculture, construction, Energy Production and water treatment. ‎We will explore how biochar’s strong structure and unique chemistry can improve soil ‎health, reduce greenhouse gases, strengthen concrete, and trap pollutants in water ‎treatment systems. The article also points out existing barriers and points to future ‎research so that readers can gain a broad and balanced view of what biochar can still ‎achieve.‎

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  • Place of publication: Bonn, Germany

  • Authors/Creators: Dawod Rasooli Keya and Evin Adin

  • Dates: Published (online): 18.06.2025

  • Language: English

  • Published Version: PDF
  • ISSN:
  • DOI:

  • Institution: TISHK Center for Kurdistan Studies

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