RENEWABLE NATURAL GAS (RNG) & BIO-LNG SOLUTIONS
Discover high-performance biogas upgrading solutions designed to scale the US renewable energy infrastructure. At Organics, we deliver advanced, code-compliant technologies that transform raw biogas into pipeline-quality Renewable Natural Gas (RNG / Bio-CNG) and Liquid Biomethane (Bio-LNG) for use in heavy-duty commercial transportation, direct utility grid injection, and virtual pipeline networks.
Why Upgrade Biogas?
Upgrading biogas is the most effective way to maximize the economic and environmental value of your organic waste streams. By removing carbon dioxide, hydrogen sulfide, and moisture, our systems convert raw biogas into highly versatile clean energy that:
MAXIMIZING BIOGAS VALUE WITH RNG & BIO-LNG
Compressed BioMethane (CBM)
Upgrading raw biogas to high-purity biomethane allows seamless integration into existing natural gas infrastructure. Our systems consistently exceed 96% purity standards, enabling direct pipeline injection, virtual pipeline transport, and commercial CNG fleet fueling.
BioLNG (Liquefied Biomethane)
Bio-LNG involves cryogenic purification and liquefaction to convert biogas into a high-density liquid fuel. This provides an excellent alternative for heavy-duty long-haul trucking, maritime transit, and high-capacity off-grid industrial power.
CBM (Bio-CNG) vs Bio-LNG Comparison
While Bio-CNG is excellent for local utility injection and localized commercial vehicle fleets, Bio-LNG provides significant cost and transport payload advantages over long-distance logistics.
| Performance Parameter | Bio-LNG (Liquefied Methane) | Bio-CNG / CBM (Compressed Methane) |
|---|---|---|
| Energy Density | ~21–23 MJ/L (2.5x higher than BioCNG) | -8.9 MJ/L |
| Volume Reduction | ~600x less than raw biogas volume | ~200x less than raw biogas volume |
| Transport Range | Better suited for long-haul and export | BioCNG limited by pressure cylinder volume |
| Economics for Bulk Transport | Lower cost per MMBtu-km for long distances (>200 km) | CNG becomes costly and heavy for long-range |
| Maritime & Heavy-Duty Vehicles | Enables long-range trucks, marine engines | BioCNG mainly limited to urban fleets |
ORGANICS BIOGAS UPGRADING TECHNOLOGIES
We engineer robust, ASME-coded, and UL-compliant processing packages designed for the operational demands of American waste management, farming, and manufacturing sectors.
Membrane Separation Systems
Efficient and compact, these systems separate methane from CO2 using advanced polymer membranes, ensuring up to 99% methane purity.
Water Scrubbing Systems
A cost-effective method for biogas purification, water scrubbing removes CO2 and other impurities to deliver high-quality biomethane.
Pressure Swing Adsorption (PSA)
This high-performance technology uses adsorbents to selectively separate methane from impurities, ideal for medium to large-scale operations. The process involves alternating high and low pressure cycles to adsorb and desorb contaminants, resulting in a high-purity biomethane stream. PSA systems are known for their reliability, efficiency, and ability to handle varying feedstock compositions.
Cryogenic Liquefaction Systems
For projects aiming to serve heavy-duty transport or remote industrial grids, Organics delivers highly efficient, skid-mounted cryogenic liquefaction systems
Compression and Expansion (Joule-Thomson / Linde Cycle)
Liquid Nitrogen Cycle
Mixed Refrigerant & Gas Expansion Cycles
WHY ORGANICS USA?
Market & Grid Expertise
US Infrastructure Alignment: Systems engineered explicitly to meet strict EPA regulations and gas utility interconnect specifications.
Logistical Edge: Scalable configurations optimized for bulk interstate virtual pipelines or regional distribution.
Global Track Record: Decades of proven industrial engineering excellence brought directly to American environmental markets.
Modular Engineering
Turnkey EPC: Single-source responsibility covering design, engineering, compliance, and long-term O&M.
Skid-Mounted Packages: Prefabricated configurations that arrive site-ready and scale simply by placing units in parallel.
Feedstock Adaptability: Field-tested to optimize landfill gas, agricultural digesters, municipal wastewater, and high-strength industrial waste.
Impact & Monetization
Maximized Gas Yields: High-purity separation processes designed for maximum methane recovery to monetize every SCF.
Environmental Credit Ready: Engineered to capture premium value from federal RIN categories and regional clean fuel programs.
Net-Zero Decarbonization: Giving heavy industries and waste processors a reliable pathway to replace fossil fuel dependencies.