The sunflower oil pyrolysis process was evaluated by thermogravimetry coupled to a Fourier
transform infrared spectrophotometer (TGA-FTIR), in the presence of microporous (H-ZSM-5) …

More people globally are now using on-site sanitation technologies than sewered
connections. The management of faecal sludge generated by on-site facilities is still …

Today's world is facing a great economic crisis due to the increasing rate of fuel prices as
well as irreversible depletion of it has gained major concern regarding future energy …

The global pandemic response to COVID-19 has led to the generation of huge volumes of
unrecyclable plastic waste from single use disposable face coverings. Rotary hearth …

The thermal decomposition of the microalgae Spirulina platensis, synthetic wastes, and their
blends under an oxidative atmosphere and their kinetic parameters were investigated using …

Bio-oil is produced as a promising fuel for improving the economics of biomass. However,
bio-oil utilizations suffer from challenges due to its complex compositions. In this research …

Human faeces (HF) are treated as wastes in many parts of the world, a resource that can be
converted to energy and fuels. To enhance the understanding of fuel conversion processes …

Addressing the growing energy crisis, the development and utilization of solid waste have
become a critical research areas. Sewage sludge, rich in organic matter, can serve as an …

As non-sewered toilets are now the most commonly used sanitation facilities, the faecal
sludge management (FSM) sector is starting to be recognised as an important actor for …

The study presents improvements of global models, among which the Extended
Independent Parallel Reaction (EIPR) model, which can be used for the determination of the …