Many countries and regions have set their schedules to achieve the carbon neutrality
between 2030 and 2070. Microalgae are capable of efficiently fixing CO 2 and …

Reducing CO 2 emissions using biomass is gaining popularity as an environmentally
friendly strategy. Due to high growth rates, low production costs, and ability to withstand …

Although there are several studies on the hydrothermal carbonization of microalgae
biomass for value-added products and their potential environmental impacts, the feasibility …

Microalgae are widely used in a variety of fields, including agriculture, the environment,
medicine, cosmetics, food, and feed. They are used as feedstock for sustainably produced …

Current food and feed production practices via agricultural processes generate waste
streams often rich in nitrogen. Conversion of the nitrogen in agricultural waste into valuable …

The activated sludge process is the most widespread sewage treatment method. It typically
consists of a pretreatment step, followed by a primary settling tank, an aerobic degradation …

Recently, hybrid systems, such as those incorporating high-rate algal ponds (HRAPs) and
biofilm reactors (BRs), have shown promise in treating domestic wastewater while cultivating …

Innovative approaches in sustainable wastewater management are vital in addressing
climate change. This study introduces a novel assessment of solar-integrated …

The threat of global climate change presents a significant challenge for humanity.
Microalgae-based carbon capture and utilization (CCU) technology has emerged as a …

Life cycle assessments of microalgal cultivation systems are often conducted to evaluate the
sustainability and feasibility factors of the entire production chain. Unlike widely reported …