Rice Straw Based

At Radox Engineering, Jaipur, we excel in providing advanced Rice Straw-Based Compressed Bio-CNG Plants, utilizing agricultural residues like rice straw to produce eco-friendly bio-CNG. Our plants are designed to address the dual challenge of managing crop waste and generating sustainable energy, offering a cost-effective, environmentally friendly solution for industries and communities.

  • Specifications of Rice Straw-Based Compressed Bio-CNG Plant:-

  • Feedstock:
    Rice Straw: An abundant agricultural residue, rich in lignocellulosic content, ideal for biogas production.
    Pre-treatment technologies to improve the digestibility of rice straw for enhanced gas yield.

  • Automation and Control:
    Fully automated *PLC-based control systems* to monitor critical parameters like temperature, pressure, and gas composition, ensuring process efficiency and safety.

  • Core Processes:
    Biomass Preparation: Rice straw is chopped, pre-treated, and homogenized to improve microbial breakdown.
    Anaerobic Digestion*: The prepared biomass undergoes anaerobic fermentation in digesters, where microorganisms convert it into biogas.
    Biogas Purification: Advanced systems remove impurities like carbon dioxide (CO₂), hydrogen sulfide (H₂S), and water vapor to ensure high methane purity.
    Compression: The purified biogas is compressed into high-pressure bio-CNG for storage and distribution.

  • Production Capacity:
    Scalable plant sizes to meet the energy needs of individual industries or large-scale community projects.

  • Material of Construction:
    Corrosion-resistant materials, such as stainless steel and high-strength alloys, for components exposed to biogas and slurry.- Durable construction to withstand the abrasive nature of agricultural residues.

  • Energy Efficiency:
    Incorporates energy-efficient designs, including heat recovery systems, to minimize energy usage during purification and compression.
    Designed for cost-effective operations with high output.

  • Compressed Bio-CNG Quality:
    Methane purity of over 95%, meeting global standards for use in industrial applications and as an alternative vehicle fuel.
    Consistent quality ensures reliability in downstream applications.

  • Effluent Management:
    The digestion process produces nutrient-rich organic fertilizers as byproducts, ideal for agricultural use.
    Zero waste discharge, promoting sustainable operations and eco-compliance.

The Rice Straw-Based Compressed Bio-CNG Plants by Radox Engineering offer a revolutionary way to repurpose agricultural waste into valuable green energy, contributing to cleaner environments and a sustainable future.