Biofuels Trading: Renewable Fuel Markets and Swiss Trading Opportunities

Biofuels trading has emerged as one of the most dynamic segments of the global energy commodity market, driven by decarbonisation mandates, renewable fuel obligations, and evolving feedstock economics. For Swiss trading houses, biofuels represent both a natural extension of existing petroleum product trading operations and a gateway to the broader energy transition. The market is characterised by regulatory complexity, feedstock supply constraints, and rapidly evolving technology pathways — conditions that favour sophisticated trading operations with global reach.

Market Structure and Scale

The global biofuels market produces approximately 170 billion litres per annum, split between bioethanol (approximately 110 billion litres) and biodiesel/renewable diesel (approximately 60 billion litres). The market is valued at over USD 150 billion and has grown at a compound annual rate of 5-7% over the past decade.

Production is concentrated in a handful of regions:

Bioethanol: The United States (predominantly corn-based) and Brazil (predominantly sugarcane-based) together account for over 80% of global ethanol production. The EU, China, India, and Thailand are secondary producers.

Biodiesel: The European Union is the world’s largest biodiesel market, driven by blending mandates. Indonesia and Malaysia are major producers of palm oil-based biodiesel. Argentina is a significant exporter of soy-based biodiesel.

Hydrotreated Vegetable Oil (HVO) / Renewable Diesel: This segment has seen the most rapid growth, with production capacity expanding from approximately 5 million tonnes in 2020 to over 20 million tonnes by 2026. HVO is chemically identical to petroleum diesel and can be used as a drop-in replacement, making it highly attractive for blending compliance.

Feedstock Dynamics

Feedstock procurement is the critical value driver in biofuels trading, and the feedstock landscape has undergone dramatic shifts:

First-generation feedstocks — food crops such as corn, sugarcane, soybean oil, palm oil, and rapeseed oil — remain the dominant inputs for biofuels production. However, sustainability concerns and regulatory restrictions on food-based feedstocks have constrained growth in this category.

Waste-based feedstocks — used cooking oil (UCO), animal fats (tallow), and distillers corn oil — command premium values in the biofuels market because they qualify for higher carbon intensity reduction credits under most regulatory frameworks. UCO has become a globally traded commodity, with collection networks spanning Asia, Europe, and the Americas.

Advanced feedstocks — agricultural residues, forestry waste, municipal solid waste, and algae — represent the next frontier of biofuels production. These feedstocks offer the highest sustainability credentials but face technological and economic challenges to commercialisation.

The feedstock market is characterised by significant price volatility and supply-demand imbalances. UCO prices, for example, have tripled over the past five years as demand from HVO producers has far outstripped the growth in collection volumes. This has created a lucrative trading opportunity for firms that can source, aggregate, and deliver waste feedstocks to producers.

Swiss trading houses have moved aggressively into feedstock procurement, establishing sourcing networks across Southeast Asia (for UCO and palm oil), South America (for soy oil and tallow), and Europe (for rapeseed oil and waste fats). This upstream integration mirrors the model that Swiss traders have long employed in petroleum feedstock markets.

Regulatory Drivers

Biofuels markets are fundamentally policy-driven, with demand shaped by blending mandates, tax incentives, and carbon pricing mechanisms. Key regulatory frameworks include:

EU Renewable Energy Directive (RED III): The revised directive sets binding targets for renewable energy in transport, with specific sub-targets for advanced biofuels. The directive also establishes sustainability criteria and greenhouse gas reduction thresholds that biofuels must meet to count towards mandate compliance.

US Renewable Fuel Standard (RFS): The US programme mandates the blending of specified volumes of renewable fuel into the national fuel supply, administered through a system of Renewable Identification Numbers (RINs). RIN prices are a critical component of biofuels economics in the US market.

Swiss CO2 Act: Switzerland’s domestic framework provides incentives for renewable fuel use in transport, although the country’s relatively small market means that Swiss-based traders primarily serve international mandate compliance rather than domestic demand. See our analysis of the Swiss carbon tax for further detail.

National blending mandates: Countries across Asia (Indonesia, Thailand, India), Latin America (Brazil, Colombia), and Africa are implementing or expanding biofuel blending requirements, creating new demand centres.

The interaction between these regulatory frameworks creates a complex web of compliance obligations, credit trading opportunities, and arbitrage possibilities. Navigating this regulatory landscape requires specialist knowledge and real-time monitoring of policy developments — capabilities that Swiss trading houses are investing in heavily.

Trading and Pricing

Biofuels trading operates across several distinct market segments:

Physical trading: The buying and selling of physical biofuel products (ethanol, biodiesel, HVO, SAF) for delivery to blenders, refiners, and fuel distributors. Physical trades are typically conducted on a spot or short-term contract basis, with pricing linked to benchmark assessments published by Platts and Argus.

Feedstock trading: Procurement of vegetable oils, animal fats, UCO, and other feedstocks for delivery to biofuels producers. Feedstock trading requires deep knowledge of agricultural commodity markets and supply chain logistics.

Certificate and credit trading: Environmental attribute certificates — such as EU Renewable Energy Directive certificates, US RINs, and UK Renewable Transport Fuel Certificates (RTFCs) — are tradeable instruments that represent the environmental value of biofuels. Certificate trading has become a significant profit centre for Swiss trading houses.

Carbon credit integration: Biofuels transactions increasingly involve carbon credit components, as buyers seek to monetise the greenhouse gas reduction benefits of renewable fuel use. This creates intersections with the emissions trading market.

Pricing benchmarks for biofuels include:

• Platts FAME 0 (European biodiesel benchmark)
• Platts UCO-based UCOME (used cooking oil methyl ester)
• Platts SAF (sustainable aviation fuel)
• CBOT Ethanol (US ethanol futures)
• ESALQ (Brazilian ethanol benchmark)

Sustainable Aviation Fuel

SAF represents the highest-value segment of the biofuels market and is attracting significant attention from Swiss trading houses. As discussed in our jet fuel trading analysis, SAF mandates in the EU, UK, and other jurisdictions are creating a rapidly growing market for aviation-grade biofuels.

SAF is produced through several pathways:

• HEFA (Hydroprocessed Esters and Fatty Acids): The dominant current pathway, using waste oils and fats as feedstock. HEFA SAF is commercially available and certified for blending up to 50% with conventional jet fuel.
• Fischer-Tropsch: Gasification of biomass or waste followed by Fischer-Tropsch synthesis. Limited commercial production to date.
• Alcohol-to-Jet (AtJ): Conversion of ethanol or other alcohols to jet fuel range hydrocarbons. Several commercial-scale plants under construction.
• Power-to-Liquid (PtL) / e-fuels: Synthetic jet fuel produced from green hydrogen and captured CO2. Currently at pilot scale, with ReFuelEU mandating a specific PtL sub-target from 2030.

SAF premiums over conventional jet fuel remain substantial — typically USD 1,500-3,000 per tonne — creating strong incentives for production investment and trading activity. Swiss trading houses are well-positioned to capture value across the SAF supply chain, from feedstock procurement through production offtake to final delivery at airports.

Risk Management

Biofuels trading involves a complex set of risks that require sophisticated management:

Price risk: Biofuels prices are influenced by both petroleum product prices (as substitutes) and agricultural commodity prices (as feedstocks). This dual exposure creates unique hedging challenges. Traders typically use a combination of petroleum derivatives, agricultural commodity futures, and biofuel-specific instruments to manage price risk.

Regulatory risk: Changes in blending mandates, subsidy levels, or sustainability criteria can dramatically affect biofuel economics. This risk is inherently difficult to hedge and must be managed through diversification across regulatory jurisdictions and continuous policy monitoring.

Feedstock supply risk: The availability and quality of waste-based feedstocks can be unpredictable, with supply chains vulnerable to fraud (e.g., virgin oils misrepresented as waste) and logistical disruptions. Robust supply chain due diligence and quality assurance processes are essential.

Technology risk: Biofuels production technologies are evolving rapidly, and investments in specific pathways may be rendered uneconomic by technological breakthroughs or shifts in regulatory preferences.

Outlook

The biofuels market is poised for substantial growth through 2030 and beyond, driven by tightening regulatory mandates, expanding SAF demand, and the imperative to decarbonise transport. For Swiss trading houses, the market offers attractive margins but demands specialist expertise in feedstock procurement, regulatory compliance, and sustainability certification.

Key trends to watch include the development of advanced feedstock supply chains, the commercialisation of e-fuel production, and the potential convergence of biofuels and carbon credit markets. Swiss traders with integrated capabilities across physical commodity trading, carbon markets, and sustainability compliance will be best positioned to capture value in this evolving landscape.

Donovan Vanderbilt is a contributing editor at ZUG OIL, covering global energy commodity markets and Swiss trading hub dynamics for The Vanderbilt Portfolio AG, Zurich.