Recent advances and viability in biofuel production

TLDR

Fossil fuel use drives CO₂ emissions and climate change, prompting a shift toward biofuels such as biodiesel and bio‑CNG that are cheaper, adaptable, and increasingly employed in transport, heating, and power to meet renewable energy needs. This review examines how dreck organic matter from aquatic and soil sources can be harnessed to produce renewable bioenergy, focusing on recent advances in synchronous waste mitigation and energy development. The authors describe generating biofuels—including methane, hydrogen, ethanol, bioelectricity, algal diesel, and butanol—via biological systems and waste‑to‑energy methods (thermal plus biochemical) applied to agro‑residues.

Abstract

The fossil fuel issues due to toxic carbon dioxide emissions and climate change have a direct link with the particulate matter that has caused severe threat to the environment. The bio-based products such as biodiesel and bio-compressed natural gas (Bio-CNG) can be less expensive and adaptable. Biofuels are increasingly being used in transportation, heat, and power development requiring the need for renewable sources of energy. This review highlights the use of dreck organic matters from aquatic environment and soil supplies for renewable energy production for human requirements, sustaining a clean and healthy environment. Dreck can be harnessed to manufacture bioenergy that would help to mitigate greenhouse gases and preserve the environment. Methane, hydrogen, ethanol, bioelectricity, algal diesel, and butanol, or other forms of fuels provide a renewable supply of bioenergy, which can be created by the biological systems. The waste-to-energy methodologies (thermal plus biochemical) for energy production via agro-residues are covered. The key focus of this study is the recent advances in the area of 'synchronous waste mitigation with energy development' techniques. This review addresses the significance of organic substances for the production of clean and renewable energy, including alternate solutions for non-renewable fuels. The needs for appropriate and renewable alternatives for fossil fuels are discussed.