Our integrated biogas anaerobic digester and biogas upgrade technology transform waste streams such as POME, food waste, and agricultural residues into premium-grade biomethane or bioCNG.
Move beyond conventional biogas power plants — unlock higher energy yields, lower emissions, and stronger project returns.
From Waste to High-Value Energy
By integrating upgrading technology, you maximize energy recovery, improve project economics, and reduce greenhouse-gas emissions.
-
Biogas Production – High-yield biodigesters and anaerobic digesters efficiently convert waste into raw biogas.
-
Biogas Upgrading – Our systems remove CO₂, H₂S, moisture, and other impurities to produce grid-quality biomethane.
-
Flexible End-Use – Upgrade your biogas digester to fuel vehicles with bioCNG, inject renewable gas into the pipeline, or power combined-heat-and-power units.
-
Feedstock Versatility – Optimized for biogas from POME, food waste, agricultural residues, and other organics.
How Our Waste-to-Energy Plant Works
At Organics, we guide industries through the entire journey — from waste management to renewable energy use.
Our integrated approach ensures that every stage adds value, reduces emissions, and creates new revenue streams.
-
Collection & Pre-Treatment – Collect food waste, POME, and other organic waste.
-
Anaerobic Digestion – Our robust biogas anaerobic digester breaks down the waste to generate raw biogas.
-
Biogas Upgrading – Advanced membranes and scrubbers purify the gas to >95% methane for biomethane / bioCNG.
-
Utilization – Use upgraded gas for transport fuel, inject into the natural gas grid, or supply to industry.
-
Nutrient Recovery – Digestate provides a sustainable fertilizer alternative.
Biogas Upgrade Technology
Organics biogas upgrade solutions maximize energy recovery, reduce greenhouse-gas emissions, and improve project economics.
Key Features
-
-
Modular and scalable systems
-
Low energy consumption and high methane recovery
-
Compliance with pipeline and transport fuel standards
-
Reduced OPEX through advanced membrane and water-scrubbing technologies
-
Seamless integration into new or existing biogas plants
-
Comparison of Upgrading Technologies
A quick overview of leading technologies for upgrading raw biogas into high-purity compressed biomethane (CBM) / bioCNG. Use this guide to evaluate performance, efficiency, and suitability for different feedstocks like POME and food waste.
| Technology | Methane Recovery | Energy Use | Typical Scale | Strengths / Notes |
|---|---|---|---|---|
| Membrane Separation | High (≥95%) | Low | Small–Large | Compact, modular system with low OPEX. Best for sites with limited space and variable gas flow. |
| Water Scrubbing | Medium–High (90–96%) | Moderate | Medium–Large | Reliable and proven for mixed feedstocks. Requires water management and pretreatment for H₂S. |
| PSA (Pressure Swing Adsorption) | High (≥95%) | Moderate | Large | Robust for continuous, large-scale operation; delivers pipeline-grade biomethane. |
| Chemical Scrubbing (Amines) | High (≥95%) | Higher | Large | Effective for high-CO₂ gas streams; higher CAPEX/OPEX with chemical handling requirements. |
| Cryogenic Separation | Very High (>99%) | High | Large–Industrial | Achieves highest purity and enables methane liquefaction; ideal for projects requiring LNG/Bio-LNG. |
Download the full version to explore technical details, performance data, and case studies.
Calculator: Plan with Confidence
Understand the business case for your waste-to-energy plant.
Our online calculator helps you model:
- Biogas yield based on feedstock (e.g., food waste, POME, agricultural residues)
- Energy output for biogas power plants, biomethane, or bioCNG
- Capital and operating costs
- ROI, payback period, and carbon-emission savings
Understand the business case for your waste-to-energy plant.
Our online calculator helps you model:
Why Partner with Us?
-
Decades of experience delivering biogas power plants worldwide
-
Custom solutions for diverse feedstocks including biogas from POME and food waste
-
End-to-end support from feasibility study to operation
-
Proven track record in maximizing methane recovery and reducing emissions
