Transesterifying various grade feedstocks is a way to reduce biodiesel production costs.
Non-edible feedstocks are preferable. Feedstock blending also makes production flexible …

Understanding the various ash transformation properties is vital for improving gasification
behavior and optimizing industrial operation conditions during the gasification-melting …

With continuous expansion of the heat produced from biomass energy, the problems of
biomass ash melting and slagging have become increasingly prominent. Studies of mineral …

The plentiful biomass wastes are promising fossil energy alternatives to generate
indispensable energy. Biomass gasification is an effective way of producing high-value …

The complete conversion of lignocellulosic biomass to selective and highly valuable
chemicals is challenging because of its inertness and complexity. Herein, we report a direct …

Knowing the effect of specific alkali and alkali earth metals forms is vital for the high-efficient
gasification of biomass. This work developed a two-step leaching method to pretreat …

In this study, a KNO 3-loaded coffee husk (CH) ash catalyst was synthesized to produce
waste frying oil methyl ester (WFOME) from crude waste frying oil (WFO). Taguchi method …

Biomasses are known for their variety of ash systems, often accompanied by limiting effects
such as fouling, sintering, slagging, agglomeration and corrosion, which affect …

In this study, alkali and bifunctional catalysts were synthesized for waste frying oil methyl
ester (WFOME) synthesis. Coffee husk (CH) and CH blended with Eragrostis tef straw …

Upon insertion of biomass into a boiler, the material is incinerated, generating heat for the
system. The combustion of biomass in the boiler produces ash, which is comprised of …