Transformation method in determining kinetic parameters of biomass thermal decomposition from solid-state approach to volatile state approach
In order to reduce dependence on fossil resources, the use of biomass for chemical
production purposes can be realized through thermal decomposition via the pyrolysis route …
production purposes can be realized through thermal decomposition via the pyrolysis route …
Nature of mathematical model in lignocellulosic biomass pyrolysis process kinetic using volatile state approach
Background The determination of kinetic parameters of lignocellulosic biomass pyrolysis
has been widely investigated through a solid-state approach using Kissinger-Akahira …
has been widely investigated through a solid-state approach using Kissinger-Akahira …
Recent Advances, Applications, and Challenges in Superabsorbent Polymers to Support Water Sustainability
Superabsorbent polymers (SAPs) can absorb and retain water thousands fold their weight,
so it is believed can overcome water depletion issues. However, the applications are …
so it is believed can overcome water depletion issues. However, the applications are …
Exploration of bio-hydrocarbon gases production via pyrolysis of fresh natural rubber: experimental and volatile state kinetic modeling studies
The investigation of natural rubber pyrolysis holds substantial significance for the
advancement of renewable hydrocarbon chemical production. Given its composition of …
advancement of renewable hydrocarbon chemical production. Given its composition of …
Large-scale pyrolysis of oil palm frond using two-box chamber pyrolyzer for cleaner biochar production
Oil palm plantations always produce frond which becomes residue and unutilized. The frond
processing through natural composting emits a significant amount of methane which is …
processing through natural composting emits a significant amount of methane which is …
A simulation study on rice husk to electricity and silica mini-plant: From organic Rankine cycle (ORC) study to its business and investment plan
This study dealt with the electricity and silica mini-plant from rice husk with the sub-topics of
thermodynamics aspects of the ORC, heat exchanger design for thermal energy utilization …
thermodynamics aspects of the ORC, heat exchanger design for thermal energy utilization …
Investigation of high water content in bio-crude oil (BCO) produced from empty oil palm fruit bunches pyrolysis
The abundance of empty oil palm fruit bunches (EFB) makes it attractive to be processed
through pyrolysis. Despite many studies dealing with it, the investigation of high water …
through pyrolysis. Despite many studies dealing with it, the investigation of high water …
[PDF][PDF] Operating Variables on Production of High Purity Biosilica from Rice Hull Ash by Extraction Process.
The huge amount of rice hull biomass available in Indonesia can be utilized as raw material
for bio-silica production. This study investigated the production of high-purity bio-silica from …
for bio-silica production. This study investigated the production of high-purity bio-silica from …
Thermodynamics simulation performance of rice husk combustion with a realistic decomposition approach on the devolatilization stage
The high calorific value of rice husk and rich silica content in rice husk ash make its
valorization becomes attractive. This study presents the thermodynamics simulation …
valorization becomes attractive. This study presents the thermodynamics simulation …
Simulation study of bamboo leaves valorization to small-scale electricity and bio-silica using ASPEN PLUS
Electricity is essential in human life. It is generated from power plants fuelled by fossil
resources that have threatened the environment. Greener resources, such as biomass, are …
resources that have threatened the environment. Greener resources, such as biomass, are …