• Versatile Waste Processing
    • Composting handles any organic waste, providing an all-encompassing solution, while biogas is limited to specific, calorie-rich materials.
  • Low-Maintenance Efficiency
    • Composting boasts a simplified process with minimal maintenance, avoiding challenges like scaling experienced in biogas systems. Also the bio-gas sludge that gets generated as by-product has to be further treated and disposed of safely.
  • Consistent Output and Tonnage
    • Composting efficiently transforms the daily waste generated into substantial tons of nutrient-rich compost annually, ensuring a reliable and valuable resource for various applications. In contrast, biogas generation might have variable output depending on the availability and composition of calorie-rich materials, potentially leading  to fluctuations in energy production.
  • Greener Environmental Impact
    • Composting reduces emissions associated with waste transportation, contributing significantly to an eco-friendlier environment compared to biogas solutions.
  • Carbon Sequestration and Emission Impact
    • Composting contributes to increased soil carbon levels, enhancing soil health and fostering carbon sequestration. In contrast, opting for biogas may lead to increased carbon dioxide emissions in the atmosphere, contributing to environmental challenges.