Increasing energy consumption rates and concerns over environmental problems like global
warming have led researchers to provide new energy supply solutions, one of which is the …

This is of utmost importance to move towards green energy in order to achieve sustainability.
Future energy crises might be significantly reduced by using lignocellulosic waste biomass …

Nowadays, a significant amount of non-recyclable solid waste is buried, causing numerous
environmental issues. In addition, today's developing world has increased energy demand …

Renewable energy sources are in focus for environment-friendly power generation when
compared to non-renewable sources. Modeling an energy system of a statistical population …

Renewable energy systems have garnered increasing attention as a viable solution to
global warming and climate change. A key challenge in advancing renewable energies lies …

Biohydrogen production is influenced by various parameters such as production formation
rate, substrates degradation, and biomass utilization. Therefore, it is crucial to predict the …

Humans continue to rely on fossil fuels to generate electricity. In other words, fossil fuels are
the world's largest energy producers. Fossil fuels produce significant carbon dioxide, mostly …

The utilization of photofermentative processes to create biohydrogen and bioplastic has
significant environmental and economic benefits. In this study, a mechanistic model of photo …

Hydrogen production through biochemical reactions is regarded as one of the most potential
alternative technologies for producing hydrogen because of its efficacy, renewability, and …

This paper investigates the modeling problem of microbial fermentation suitable for model-
based control design techniques. Given the evident nonlinear and stage characteristics of …