Why biogases matter now

Biogas is not a single product.

It is a growing family of renewable gases and fuels that includes biomethane, Bio-LNG, renewable methanol, Bio-LPG, RDME, and Bio-CO₂.

Interest is being driven by several converging trends:

• Decarbonisation commitments across industry and transport
• Greater focus on domestic energy security
• Volatility in traditional energy markets
• Growth in renewable gas certification schemes
• Increasing demand for lower-carbon alternatives to conventional fuels

Regulatory clarity around biomethane grid injection and renewable gas certification has helped move many projects from pilot scale into commercial deployment. While continued volatility in traditional gas markets has strengthened the case for domestically produced renewable gas. Industry bodies such as the European Biogas Association continue to highlight the growing role of renewable gases in strengthening energy security and supporting decarbonisation.

At the same time, corporate net-zero commitments are accelerating investment across the sector. Early demand has largely come from energy utilities, waste operators, local authorities and food and beverage manufacturers. 

Increasingly, interest is spreading into heavy transport, industrial heat applications, logistics hubs and fuel-switching projects using Bio-LNG and other renewable gases. The result is a market that is growing quickly and becoming more diverse.

Why logistics is becoming the bottleneck

Unlike conventional gas supply chains, biogases are often produced at multiple decentralised locations rather than a small number of large facilities.

Production may take place at agricultural sites, waste processing facilities, anaerobic digestion plants or industrial locations spread across wide geographic areas. 

Demand, however, is often concentrated elsewhere. Bio-LNG may be required at fleet refuelling hubs, biomethane may be required by industrial users, and Bio-CO₂ may need transporting to food and beverage facilities. This creates a fundamentally different logistics challenge.

Unlike traditional natural gas, biogases cannot always rely on established transmission infrastructure. Many sites have limited or no grid access, making road transport critical to maintaining supply and keeping pace with growing demand. As a result, effective gas transport capability is becoming increasingly important in connecting dispersed production sites with concentrated demand centres. 

As production volumes increase, the industry is discovering that logistics capacity is often the limiting factor, rather than production capability itself. Once a plant is operational, storage availability and logistics resilience become the factors that determine whether supply can scale commercially.

Research from organisations including the International Energy Agency and the European Biogas Association suggests that infrastructure, distribution networks and market access will play a critical role in determining how quickly biomethane can scale to meet growing demand across Europe.

Without resilient logistics networks, production assets cannot operate at full utilisation, investment risk increases and downstream customers face supply uncertainty.

Building resilience into biogas logistics

Resilience is often misunderstood as spare capacity. In reality, it means maintaining supply despite disruption and ensuring logistics systems can anticipate challenges before they affect customers.

That means:

• Specialist trailers and equipment designed for bulk gas transport and renewable gas transport applications
• Experienced operators with hazardous goods expertise
• Flexible dispatch and route planning
• National coverage and contingency capability  
• Strong SHEQ governance
• Established emergency response procedures
• Digital visibility across operations

In biogas logistics, resilience means far more than having additional assets available. It is the ability to maintain safe, compliant supply despite decentralised production, fluctuating volumes and changing demand patterns. In practice, this requires flexible fleets, surplus assets, contingency supply options, buffer storage and robust safety management embedded into daily operations. 

Where these capabilities are missing, projects can struggle to scale effectively. Small disruptions, despite strong demand, can quickly create wider operational challenges, as a missed collection, delayed delivery or equipment issue can affect production schedules and undermine customer confidence and commercial performance. 

Projects stall, uptime drops, operating costs rise, and investor confidence weakens. In extreme cases, safety risks increase and regulatory non‑compliance can halt operations entirely. Over time, reliability concerns undermine certification, financing and long‑term offtake confidence. In practice, it is the absence of resilient logistics and governance — not production technology — that prevents biogas from scaling into a dependable energy supply.

Where resilience is missing, biogas systems rarely fail visibly, but they do fail commercially. This is why operational resilience in logistics must be considered as a strategic part of the project design, rather than a late-stage procurement decision.

The most successful projects are increasingly those that build resilience into the operating model from day one. These systems anticipate disruption rather than reacting to it, ensuring that biogas can scale from local projects into a dependable energy supply. For developers, producers and end users alike, that means engaging logistics expertise early, stress-testing operating models and building resilience into the supply chain from the outset.

How Oxalis Logistics helps reduce complexity

Many of the challenges emerging in biogas logistics are already familiar to Oxalis Logistics Group.

For decades, Oxalis Logistics has managed complex energy supply chains involving hazardous goods, pressurised gases and safety-critical operations. The same principles that underpin its bulk gas logistics operations translate directly into renewable gas markets, including Bio-LNG, bio CO₂ and other emerging renewable gas applications. 

Oxalis Logistics brings:

• Proven expertise in hazardous and pressurised gas transport
• Extensive ADR and regulatory compliance capability
• Mature operational procedures and governance frameworks
• National operational coverage
• 24/7/365 planning and scheduling capability
• Established emergency response and escalation processes
• Proven gas handling capability across safety-critical environments
• Industry-leading SHEQ systems and compliance processes

Most importantly, Oxalis Logistics understands that continuity of supply and operational safety cannot be treated separately – both must be delivered together.

By providing a single point of accountability across planning, transport, compliance and incident management, Oxalis Logistics helps reduce interface risk, simplify operational management and improve resilience across the supply chain. Our specialist gas handling capability, flexible asset base, safety culture and mature governance mirror the operational demands of biogas supply chains today and protect producers and offtakers from operational disruption.

Because many of the operational requirements already exist within our established gas transport operations, we can support biogas growth immediately, without waiting for new infrastructure, teams or operating models to be developed.