This study explores the application of advanced predictive models to optimize the production of fiberboard from agro-waste biomass, specifically pumpkin stem fibers.

This Paper focuses on the optimization of a chemical processing system to enhance its economic viability and operational efficiency.

The objective of this research is to investigate the influence of commonly available chemicals on the setting time of plaster of Paris (POP).

Penrose tilings do not repeat, making them a good example of an aperiodic pattern. This indicates that they lack translational symmetry.

The current study focuses on using carbonized rice husk, an agricultural waste, as an effcient adsorbent to remove phenolic chemicals from pharmaceutical wastewater using batch adsorption method.

The Penrose tiling, which is one of the most famous and complex tessellations, has been drawn and represented in many different ways, with most in artistic form