Renewable ammonia from wind and solar power has significant potential for
decarbonization efforts, despite technical and economic challenges. A promising low …

In this paper, we investigate the problem of species separation in minimal time. Droop model
is considered to describe the evolution of two distinct populations of microorganisms that are …

We consider the problem of maximization of metabolite production in bacterial cells
formulated as a dynamical optimal control problem (DOCP). According to Pontryagin's …

We show novel results addressing the problem of synthesizing a metabolite of interest in
continuous bioreactors through resource allocation control. Our approach is based on a …

In this article, we consider the chemostat system with n≥ 1 n ≥ 1 species, one limiting
substrate, and mutations between species. Our objective is to globally stabilize the …

An improved mathematical model describing the process of generating energy from
household waste treatment is proposed and analyzed. It is a three-dimensional nonlinear …

In a photobioreactor, due to the gradient of light, microalgae are successively exposed to
conditions of low and high (inhibiting) light. This phenomenon can be captured by the Han …

We consider a nonlinear system with distributed delays modeling cell population dynamics,
where the parameters depend on growth-factor concentrations. A change in one of the …

As society transitions away from fossil fuels towards renewable energy sources, finding
alternatives that are reliable becomes imperative. Waste-to-energy bioprocesses are …

In a photobioreactor, due to the gradient of light, microalgae are successively exposed to
conditions of low and high (inhibiting) light. This phenomenon can be captured by the Han …