PT ORGANICS BALI IS A LEADING SUPPLIER OF RENEWABLE ENERGY SYSTEMS FOR THE USE OF BIOGAS
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What is Bio-LNG?
Bio-LNG, or liquefied biomethane, is the liquid form of purified biogas. Engineers cool biomethane to cryogenic temperatures, and as a result, its volume shrinks to roughly 40% of Bio-CNG’s volume. This extreme density therefore makes Bio-LNG the top choice for applications where storage space matters most, including marine shipping and heavy-duty, long-distance trucking. Additionally, the compact form simplifies logistics for operators who move large volumes of fuel across long distances.
Biomethane vs BioLNG
Compressed BioMethane
By transforming biogas to biomethane, renewable energy production becomes more efficient, enabling power and heat generation while reducing greenhouse gas emissions through the anaerobic digester process.
BioLNG
BioLNG is the process of liquefying biogas into a liquid form, providing an environmentally friendly fuel that can replace fossil fuels and support the use of renewable energy.
CMB (Compressed Biomethane) vs BioLNG
BioLNG and biomethane differ in aspects such as their physical state, energy density, transport requirements, and storage methods, each offering unique advantages and challenges. Click here to learn more about the differences.
The Bio-LNG Advantage: Why Go Liquid?
Logistical Superiority for Remote Operations
In regions with unsurfaced or difficult roads, Bio-LNG cuts vehicle miles by approximately 60% compared to compressed gas. Consequently, fleets need fewer trips, which lowers fuel consumption significantly. This advantage, in turn, improves project economics for remote production sites, especially in areas with limited infrastructure.
Superior Energy Density
Bio-LNG offers higher energy density by volume than compressed methane. Therefore, each vehicle or storage tank can carry a much larger energy payload. This means fewer refueling stops and greater range for long-haul operations.
Economical for Long-Distance Transport
Industry experience suggests that Bio-LNG becomes more economical than Bio-CNG once transport distances exceed 200 km. Production equipment costs are admittedly higher upfront; however, the substantial drop in transportation costs often offsets that initial investment. For this reason, many operators choose Bio-LNG for their long-haul routes.
Critical for Industrial & Maritime Use
- Maritime Shipping: Moreover, Bio-LNG remains the only viable sustainable fuel able to meet international maritime emission targets.
- Industrial Power: Bio-LNG also suits high-volume, continuous industrial applications, since re-gasification provides a steady, reliable energy stream.
Our Technical Capabilities: Scaling Your Energy Future
Organics Bali designs tailored liquefaction solutions across multiple plant scales. Specifically, our engineers apply advanced cryogenic cycles to maximize efficiency and minimize capital expenditure. As a result, every project benefits from a solution sized precisely to its production capacity.
Nano-Scale (Under 10 tons/day)
This tier suits smaller production sites and uses Linde cycles or cryogenic liquid vaporization to minimize power consumption.
Micro-Scale (Under 75 tons/day)
Additionally, Brayton-Joule cycles achieve a superior balance between capital cost and power efficiency in this tier.
Small-Scale (Under 500 tons/day)
Finally, full industrial solutions apply Brayton or mixed refrigerant cycles to maximize output for larger operations.
WHY ORGANICS BALI?
Local Expertise
With years of experience in new and renewable energy in Indonesia, we understand the specific challenges and opportunities in the region. This expertise helps overcome obstacles to using biogas as an energy source.
End-to-End Solutions
From design and installation to maintenance and upgrades, Organics Bali provides comprehensive support throughout your project lifecycle.
Sustainable Impact
Partner with Organics Bali to drive Indonesia’s transition to clean, sustainable energy solutions that benefit both businesses and communities. This supports the growth of biogas renewable energy and may contribute to international climate mitigation efforts under the Paris Agreement.
HOW IT WORKS
The Process: Engineering for the Environment
1. Biogas Separation
First, advanced processing removes CO2, H2S, and moisture to ensure high methane purity.
2. Liquefaction
Next, precision cooling using advanced cycles such as Linde-Hampson, Mixed Refrigerant, or Cascade technology transforms the purified gas into liquid form.
3. Storage & Transport
Finally, specialized vacuum-insulated trailers and tanks, designed for Indonesian road conditions, keep the fuel stable during transit.
Master the Transition to Bio-LNG
Choosing liquid over compressed gas involves complex decisions about transport distance, road quality, and end-use goals. Our engineering team, however, stands ready to guide you through the optimal separation and liquefaction technologies for your project. Together, we can identify the approach that best fits your operational needs.
How Much Biogas Upgrading Potential Does Your Plant Have?
Estimate your potential for methane recovery, Bio-CNG, and Bio-LNG based on your biogas production and plant operating data
Free • Preliminary Estimate • No Commitment
