Gasification is an attractive method for biomass-to-energy conversion and fluidized bed
design is one of the best options for large scale operation. A bubbling fluidized bed reactor …

The co-gasification of biomass and coal is a promising approach for efficiently integrating
the unique advantages of different gasification feedstock with syngas production …

Due to the significant quantities of waste generated by the Sri Lankan rice industry, circular
bioeconomy methodologies were applied to examine value-adding entrepreneurial activities …

Around 2.7 billion people worldwide have no access to clean cooking equipment, which
leads to major health problems due to high emissions of unburned products (VOC, CO and …

The energy performance and emissions (carbon monoxide and total suspended particulate
matter) of a biomass gasification-based cookstove under a modified water boiling test (WBT …

This study investigates the design and development of a pyrolysis reactor for batch-type
biochar production from rice husks. The main objective is to develop an appropriate …

Understanding the co-pyrolytic thermal behaviour and kinetics of feedstocks is important for
the design of pyrolysers. In this study, the pyrolytic degradation of camel dung, date stones …

The hemp market is fast growing due to demand for cannabidiol, nutraceutical and hemp
fiber products. This work demonstrates the economical advantage of biomass gasification …

Syngas from biomass-coal co-gasification represents a viable energy vector to incorporate
alternative energy sources into electricity production and industrial heating. Although the low …

The use of biochar (pyrolysed biomass) in anaerobic digesters can improve the efficiency of
methane production at a low cost. However, the biochar dosage and the ability to re-use …