APTKLHIAPTKLHI

Indonesian Journal of Forestry ResearchIndonesian Journal of Forestry Research

For sustainable forestry management and environmental protection, it is crucial to compare three wood types and processes in order to optimise charcoal production. The purpose of this study was to evaluate the viability of using diverse waste materials and carbonization techniques to produce wood charcoal. The upcountry wet zone and low-country dry zone regions of Sri Lanka provided the samples, which were each repeated ten times and came in three different sample sizes. To make charcoal, these samples were put through the barrel and pit processes. The results showed that the barrel method produced 28% charcoal instead of the 21% produced by the pit method, demonstrating its higher efficiency and cost-effectiveness. This improvement was ascribed to the barrels enhanced ability to regulate airflow and temperature during pyrolysis. The study emphasizes the use of wood off-cuts and the barrel method to increase efficiency, save costs, and improve charcoal quality. It provides helpful advice for small charcoal producers.

The study concludes that selecting appropriate wood species and carbonization methods is crucial for optimal charcoal production.and wood offcuts are preferable due to their higher fixed carbon content and yield, respectively.The pit method enhances fixed carbon content but requires careful management to control ash content.These findings guide the selection and processing of biomass for efficient, high-quality charcoal production, balancing yield, fuel quality, and economic value.

Further research should investigate the potential of combining different wood species to optimize charcoal properties, exploring synergistic effects on yield, carbon content, and combustion characteristics. Additionally, studies are needed to assess the long-term environmental impacts of using various carbonization methods, including greenhouse gas emissions and soil health effects, to ensure truly sustainable charcoal production practices. Finally, research should focus on developing and evaluating innovative charcoal briquetting techniques using locally available binders to improve charcoal density, reduce dust, and enhance its usability for both domestic and industrial applications, ultimately promoting wider adoption of efficient and clean charcoal technologies among small-scale producers and consumers.

  1. Indonesia's Electricity Demand and the Coal Sector: Export or meet domestic demand? - Oxford Institute... doi.org///10.26889/9781784670795Indonesias Electricity Demand and the Coal Sector Export or meet domestic demand Oxford Institute doi 10 26889 9781784670795
  2. STUDY OF SOME WOOD-CHARCOAL CHARACTERS PRODUCED FROM SOME TREE SPECIES OF DUHOK PROVINCE | Journal of... doi.org///10.26682/ajuod.2020.23.2.18STUDY OF SOME WOOD CHARCOAL CHARACTERS PRODUCED FROM SOME TREE SPECIES OF DUHOK PROVINCE Journal of doi 10 26682 ajuod 2020 23 2 18
  3. OPTIMIZING CHARCOAL PRODUCTION: A COMPARISON OF THREE WOOD SPECIES AND METHODS | Indonesian Journal of... doi.org/10.59465/ijfr.2024.11.2.139-153OPTIMIZING CHARCOAL PRODUCTION A COMPARISON OF THREE WOOD SPECIES AND METHODS Indonesian Journal of doi 10 59465 ijfr 2024 11 2 139 153
Read online
File size609.59 KB
Pages15
DMCAReport

Related /

ads-block-test