Renewable Propane’s Global Opportunity: Lessons From International Energy Markets

Renewable propane is often discussed as a niche decarbonization story. In reality, renewable propane’s global opportunity is one of the most practical ways to reduce emissions without asking consumers, industries or governments to rebuild entire energy systems from scratch.

Too much of the energy transition debate assumes success only comes from replacement: replace the appliance, the vehicle, the infrastructure, the consumer behavior. However, the fastest and most resilient decarbonization often comes from improvement, not replacement. Renewable propane — and renewable liquid gas more broadly — sits exactly in that space.

The greatest opportunity exists wherever three things coincide: existing propane dependence, hard-to-abate heat, and other energy demand and policy systems that reward real life-cycle carbon reductions rather than simple tailpipe accounting.

That is why Europe, Asia, North America and parts of South America are the most immediate growth markets, albeit for very different reasons.

Renewable Propane on the International Stage

Europe is the clearest example of demand-led opportunity. Net-zero commitments are aggressive. Industrial heat, but also commercial and domestic heat, often remains difficult to electrify, and policymakers are confronting the limits of “electrify everything.” High-temperature applications such as steel, ceramics, food processing and manufacturing require practical fuels.

The Björneborg Steel case in Sweden is instructive. In the past, they switched from oil to propane, achieving lower CO2 emissions and reducing air pollution. Recently, they demonstrated a cut in their direct scope 1 greenhouse gas emissions from 257 kilograms (kg) to 223 kg CO2 equivalent per ton of steel by blending 20% renewable dimethyl ether (DME) and liquefied petroleum gas (LPG), while maintaining identical furnace performance with no burner modifications. With the last move to 100% renewable DME operation in one of their four furnaces, they completely eliminated scope 1 emissions, proving that decarbonization can be achieved without operational sacrifice, ready for the demand from their customers.

Asia is the scale story. Population density creates enormous demand, and this is also combined with vast feedstock availability from organic waste streams and more. Millions of households already depend on LPG for clean cooking, while commercial and industrial sectors require scalable fuels that can be transported, stored and deployed quickly.

Renewable propane here should be seen as part of a broader discussion around energy security, resilience and long-term decarbonization. Governments are already advancing biofuels where scale and economics allow it. India, for example, has moved aggressively on ethanol blending in gasoline, reaching 20% blending far faster than many expected. This shows that bio-based fuels can move from policy ambition to practical reality when they support both affordability and security of supply.

The same logic applies to renewable propane. It is not yet displacing traditional LPG at scale, but it offers a future pathway that protects the gains already made in clean cooking while lowering carbon intensity over time and promoting a circular economy with locally sourced renewable feedstocks. Replacing solid fuels with propane already delivers major health benefits, with World Health Organization estimates showing that moving households away from traditional biomass for cooking could prevent millions of premature deaths annually.

South America is the feedstock story. Nearly 30% of global ethanol production already sits there, creating strong potential for alcohol-to-fuel pathways. Brazil has long balanced affordability, scale and decarbonization rather than treating them as mutually exclusive. Renewable propane production linked to ethanol and biofuel systems could make the region a major export hub if policy frameworks remain stable enough to justify investment.

North America, however, is where the strategic lesson may be most interesting.

Renewable Propane in North America

The United States and Canada have abundant feedstocks, strong agricultural residues, lipid pathways, renewable diesel expansion and sustainable aviation fuel (SAF) mandates that naturally support coproduction of renewable propane. In the near term, this gives North America a genuine advantage. The World Liquid Gas Association’s (WLGA) recent analysis suggests North America could become one of the largest renewable liquid gas production centers globally, driven by hydrotreated vegetable oil, hydroprocessed esters and fatty acids, coproduction, and other pathways.

But North America also risks learning the wrong lesson.

Too often, renewable propane is treated as a by-product rather than a strategic product. It is seen as what falls out of renewable diesel and SAF economics, not as a fuel deserving direct policy recognition. That is too narrow.

Globally, propane has always succeeded because it solves multiple problems at once: affordability, resilience, portability, lower emissions and speed of deployment. Renewable propane should be viewed the same way.

North America can learn from global propane applications: molecules matter most where electrons struggle. Industrial heat, rural energy access, agriculture, hospitality, backup resilience and off-grid applications are not niche cases; they are core energy systems. Europe understands this mostly in industrial decarbonization and rural energy access. Asia understands it in clean cooking and distributed access. Africa understands it in resilience and development.

The real lesson is that renewable propane should not be forced to compete only inside a transport policy box. Its value is broader. It is a drop-in, scalable decarbonization tool across domestic, commercial, agricultural and industrial markets. It works with existing cylinders, storage, logistics, ports and customer behavior. That infrastructure advantage is not a legacy problem but a strategic asset.

Globally, WLGA estimates that renewable liquid gas production could reach 60-120 million tons by 2050, with a central estimate of 88 million tons LPG-equivalent, delivering annual carbon savings of up to 238 million tons of CO2. Without policy support, production may fail to reach even a quarter of that potential. Governments must adopt technology-neutral frameworks based on measurable life-cycle outcomes. If a molecule reduces emissions, improves resilience and uses existing infrastructure, it should qualify. Tailpipe-only metrics distort decisions.

Renewable propane is not the entire answer to decarbonization, but it is one of the few answers that works in the real world today, across continents, sectors and income levels. Our future energy systems need to be sustainable, low carbon, pragmatic, affordable and resilient. Renewable propane belongs at the center of that conversation.