Drying of high moisture paddy is one of the most attractive process for the possible use of rice husk (RH). To get maximum thermal energy from RH, thermochemical gasification …
The direct burning of solid fuel in brick industries leads to high fuel cost, low energy conversion efficiency and a huge amount of CO 2 emissions. The impact of the above issues …
Paddy parboiling in rice industries is an energy-intensive process that requires huge attention for energy conservation, fuel economy, and sustainability. Thus, several research …
The utilization of rice husk to generate produce gas and run gas-fired boiler can enhance the overall efficiency of the rice parboiling system. Moreover, the exergy analysis of such a …
WB Wincy, M Edwin - Biomass Conversion and Biorefinery, 2023 - Springer
The increasing consumption of fossil fuels, along with the impending threat of global warming, has motivated research into renewable and environmentally friendly energy …
Paddy drying is an energy-intensive process that influences the quality of rice. In the present study, a pilot-scale reversible flatbed dryer operated with biomass gasifier was designed …
The rapid development of infrastructure in educational institutions needs the inclusion of on- campus renewable power generation to meet the guidelines of governments and …
In this work, co-gasification of tyre waste (TW) with rice husk (RH) is conducted to improve RH gasification by investigating the equivalence ratio (ER) and blending ratio (BR). The …
AJ Percy, M Edwin - Environmental Progress & Sustainable …, 2023 - Wiley Online Library
In this study, a techno‐economic analysis for a 3.75 kW biomass gasification power generation system (BMPGS) was conducted by exploiting available biomass resources such …