Indonesia Biofuel B50 Latest News

Indonesia has announced the rollout of B50 biofuel, a blend of 50% palm oil-based biodiesel and 50% diesel, amid rising global oil prices due to the Iran war. The move is expected to increase domestic use of palm oil in Indonesia, reducing exports.

For India, a major importer of Indonesian palm oil, this could lead to tighter supply and higher cooking oil prices, linking global energy policy shifts directly to domestic food inflation.

Drivers Behind Indonesia’s B50 Biofuel Push

Indonesia’s move toward B50 biofuel is largely driven by its need to cut crude oil imports, which stood at about $7.8 billion in 2025. 

By substituting diesel with palm oil-based biodiesel, the country aims to improve energy security, especially as global oil prices surge beyond $100 per barrel amid geopolitical tensions.

Expanding Biofuel Strategy Beyond Road Transport

The policy also aligns with Indonesia’s broader clean energy roadmap, including plans to introduce Sustainable Aviation Fuel (SAF) from 2027. 

Major airports are expected to adopt aviation fuel blended with around 1% SAF, signalling a gradual expansion of biofuels into aviation.

The B50 initiative contributes to emissions reduction efforts and promotes alternative fuels, positioning Indonesia as a regional leader in green energy transition.

Supporting Domestic Palm Oil Industry

Increasing domestic consumption of palm oil helps absorb surplus production, especially as export markets tighten due to regulations such as those in the European Union targeting deforestation-linked imports. 

This ensures price stability and support for local producers.

Impact of Indonesia’s B50 Policy on Global Vegetable Oil Markets

Indonesia’s shift toward the B50 programme is expected to divert a significant portion of palm oil from exports to domestic biodiesel use. 

Since Indonesia accounts for nearly half of global palm oil exports, this reallocation will tighten global supply, leading to higher international palm oil prices.

Implications for India as a Major Importer

For India, the impact is substantial. India imports around $8.5 billion worth of palm oil, with over 50% sourced from Indonesia. 

Given its widespread use in cooking, food processing, and industries like soaps and oleochemicals, supply constraints are likely to increase import costs, resulting in:

Higher household expenditure 

Rising food inflation 

Increased input costs for industries, potentially pushing up final product prices

Limited Substitution Options

India can attempt to diversify imports toward alternatives like sunflower oil (from Russia and Ukraine) and soybean oil (from Argentina and Brazil). 

However, these options are:

More expensive 

Available in smaller volumes 

Linked to longer and riskier supply chains 

This limits India’s ability to fully offset the palm oil shortage.

Potential Upside for Domestic Sector

Higher global prices may encourage greater domestic oilseed production, benefiting farmers through better price realisation and strengthening India’s edible oil value chain over time.

Why India Imports Large Volumes of Vegetable Oils

India imports large quantities of vegetable oils because domestic demand far exceeds supply, driven by population growth and rising consumption. 

A key structural issue is low productivity of oilseeds, with yields per hectare below global standards. 

In addition, the policy environment—especially Minimum Support Price (MSP) incentives—has historically favoured cereals like wheat and rice, leading to lower acreage and investment in oilseed cultivation.

Alternatives to Palm Oil in the Indian Market

The main alternatives to palm oil include sunflower oil and soybean oil. However, these are:

More expensive than palm oil 

Imported from distant regions such as Russia, Ukraine, Argentina, and Brazil 

Associated with longer and riskier supply chains

Domestic Option: Mustard Oil

Mustard oil, produced within India, serves as a domestic alternative but has limited scalability and is largely consumed in specific regions, restricting its nationwide substitution potential.

Palm Oil Biodiesel and Climate Impact: A Mixed Outcome

Palm oil–based biodiesel can be environmentally beneficial if it relies on existing plantations and productivity gains, rather than expanding cultivation. 

In countries like Indonesia, where large plantations and high yields already exist, programmes like B50 can remain closer to climate-positive outcomes—provided deforestation is avoided and sustainability standards are enforced.

However, if biodiesel expansion leads to clearing forests or converting carbon-rich land, the resulting emissions can offset or even exceed the benefits of replacing fossil fuels. 

In such cases, the policy risks undermining climate goals rather than supporting them.

India’s Constraints and Trade-offs

For India, the situation is more complex. Lower agricultural productivity means scaling up biofuel feedstock may require diverting food crops or expanding farmland, raising concerns about food security, land use, and resource stress. 

This makes biofuel expansion less automatically climate-friendly.