The present paper mainly focused on the statistical optimization of biodiesel production from the non-edible seed of Mimusops Elengi using a potassium hydroxide -catalyzed Transesterification process. Consequently, it compares the prediction and simulating efficiencies of the Response Surface Method...

More strict environmental rules and pollution from fossil fuels necessitate cleaner fuels like biodiesel. Production of diesel automobiles has decreased in recent years due to a serious issue with air pollution caused by increased emissions of toxic gases. The most encouraging fuel currently is...

At recent days, the rapid rate of increase in population and industrial growth generates enormous volume of waste products that creates environmental and health hazards. The production of cement is one of the key factors in liberation of CO 2 gases in atmosphere . The utilization of waste products...

The use of eggshell-based foamed concrete represents a sustainable approach to enhancing environmental friendliness in construction materials. This study investigates the predictive modelling of the compressive strength of eggshell-based foamed concrete through a deep learning model, fine-tuned via...

This study presents a unique methodology for investigating the properties of Metakaolin Coarse Aggregates (MCA). The NaOH ratios were varied as 8M, 10M, 12M, and 14M, while the NaOH to Na 2SiO 3 ratio was maintained at 0.5 entire study. The liquid-to-binder ( L/B) ratios set at 0.3, 0.35, and 0.4...

The utilization of macroalgae, specifically Ulva prolifera , for the manufacture of bio-crude demonstrates great potential as a viable alternative to conventional fossil fuels. This is mostly owing to its abundant availability and renewable characteristics, making it an optimal choice for bio-oil...

In this investigation, coconut shell, a lightweight agricultural waste, is used to completely replace coarse material. Based on previous findings, it is suggested that coconut shell be used as coarse aggregate in structural lightweight concrete. Therefore, the purpose of the study was to develop...

As the world population is expected to increase significantly, there is a greater need for housing and, as a result, building materials. Conventional manufacturing methods for materials such as concrete involve substantial energy usage and substantial release of carbon emissions, which contribute to...

Green nanotechnology is a multidisciplinary field that has emerged as a rapidly developing research area, serving as an important technique that emphasizes on making procedures that are clean, non-hazardous, and especially environment friendly, in contrast with chemical and physical methods...

The global demand for plastic has risen, driven by plastic-based goods, exerting strain on the existing waste treatment infrastructure. Plastics typically consist of synthetic and semi-synthetic materials, mainly composed of polymers. Plastics include lightweight, cost-effective, easily...