In the current work, the operating conditions for the Fischer–Tropsch process were optimized
using experimental testing, kinetic modelling, simulation, and optimization. The experiments …

The progress in human activities, industrialization, and urbanization has led to the
generation of enormous quantities of polluted wastewaters, especially those produced by …

Phenol is present as a highly toxic pollutant in wastewater, and it has a dangerous impact on
the environment. In the present research, the phenol removal from wastewater has been …

The use of an ozonized bubble column reactor (OBCR) in wastewater treatment is
advantageous due to its efficient mixing and mass transfer characteristics. Among all high …

In the ozonation process, the phenol degradation in wastewater undergoes a low mass
transfer mechanism. In this study, ozonized packed bubble column reactor was designed …

The air quality in petroleum refineries is one of the most critical factors in the petroleum
refining processes. Several parameters in the air usually have a direct influence on human …

This study aimed to increase liquid fuel (C 5+) product selectivity from CO and H 2
conversion over a Cu/Fe-based catalyst and followed by artificial neural network simulation …

Maize straw has been widely used for the production of energy through anaerobic digestion,
but biogas production can be hindered by a lack of trace elemental nutrients. To address this …

In this study, the kinetics of the Fischer–Tropsch process synthesis (also known as FTS) was
investigated using feedstocks produced from biogas. For the kinetic testing, a differential …

Anaerobic digestion of wastewater sludge (WS) has received limited attention worldwide in
many wastewater treatment plants (WWTPs). This study investigated the potential of …