Biogas is a mixture of mainly CH 4 and CO 2, which can be generated from anaerobic
digestion of organic materials. The use of biogas is mostly limited to thermal energy and …

Biogas utilization through biotechnology represents a potential and novel technology. We
propose the microalgal mixotrophic cultivation to convert biogas to microalgae-based …

Nutrient supply is important for maintaining a methanotroph and microalgae (MOB-MG)
system for biogas valorization. However, there is a lack of understanding regarding how key …

The urgency to mitigate greenhouse gas emissions has driven interest in sustainable biogas
utilization. This study investigates a 1 L enclosed membrane photobioreactor (MPBR) using …

Through metabolic coupling of methane oxidation and oxygenic photosynthesis,
methanotroph-photoautotroph (M− P) cocultures offer a highly promising technology …

Methanotroph-photoautotroph (MP) coculture has been demonstrated to be a highly
promising biotechnology platform for biogas conversion. The metabolic coupling of methane …

Wastewater produced from municipal, agricultural, and industrial processes has caused
detrimental impacts on local communities and environments. In addition, wastewater is the …

Human activities and industrial development are the main drivers of global climate change,
leading to unprecedented levels of greenhouse gases (GHG), primarily carbon dioxide …

Las emisiones industriales de metano (CH4) y dióxido de carbono (CO2) son potentes
gases de efecto invernadero y su reducción se ha convertido en el centro de las estrategias …

This paper presents the matlab implementation details of a novel semi-structured kinetic
model for methanotroph-photoautotroph cocultures. This includes the parameterization of …