Lang
For years, Malaysia’s biodiesel policy has looked like a rural road after rain: passable and promising, but not fully paved.
At times, the journey moved forward with confidence. At other times, it slowed behind familiar obstacles: infrastructure costs, subsidy concerns, depot readiness, engine concerns, and the long-running debate over balancing food supply with diesel fuel.
Now, the engine is running again.
With B15 biodiesel production scheduled to begin on June 1 through 19 licensed plants, Malaysia is being invited to revisit a question that never fully disappeared: should palm oil-based biodiesel remain a cautious blending program, or should it become a carefully designed pillar of national energy security?
The move is expected to begin with B15, then progress to B20, and possibly reach B50 within two to three years.
The importance of this question lies in the fact that the external world is not moving smoothly. Crude oil prices remain vulnerable to volatility from tensions in the Strait of Hormuz, shipping concerns, and geopolitical surprises.
Diesel imports can be expensive, and fuel subsidy burdens are heavy. When energy markets sneeze, national budgets often catch more than a cold.
Under these conditions, Malaysia has what many countries would envy: a domestic oil crop, existing biodiesel plants, spare capacity, and a value chain that supports both rural incomes and industrial resilience.
Yet owning the asset is one thing; using it wisely is another.
The Numbers behind B15
For clarity, the numbers matter. Malaysia’s total biodiesel production capacity is around 2.4 million tonnes per year.
In 2025, actual production reached around 1.3 million tonnes. Of that, the current B10 blending program absorbed about 1 million tonnes.
Moving from B10 to B15 would require an additional 400,000 tonnes, bringing total B15 demand to around 1.4 million tonnes.
In other words, Malaysia is not being asked to invent a new industry overnight. The capacity exists, the plants exist, and palm oil is available.
The harder question is whether production, logistics, blending infrastructure, pricing, and policy coordination can move in harmony.
As always, the palm oil train can move forward, provided the tracks, signals, and station managers are aligned.
The cost comparison also explains why biodiesel has returned to the policy table. Industry estimates cited by CNA indicated that diesel prices were close to RM6.20 per liter, while biodiesel was around RM4.50 per liter.
This difference makes biodiesel steadily more attractive, especially when conventional diesel prices are exposed to global disruptions.
But calculations on paper must translate into practice through pipelines, depots, engines, pumps, and public confidence. Policy may be announced on stage, but implementation is tested on the ground.
The Depot Is Not a Minor Detail
Malaysia currently requires motorists to use B10, meaning 10% biodiesel and 90% petroleum diesel.
Expanding to B15, B20, or B30 is therefore not simply a matter of asking producers to produce more. It requires blending readiness, terminal upgrades, storage systems, quality monitoring, logistics, and user confidence.
This is one of the real, though less visible, constraints.
Malaysia has biodiesel blending depots, most of which were designed for B10 capacity. Upgrading this infrastructure may take one or two years, while moving toward B30 could require more than RM600 million in terminal and infrastructure spending.
That is why biodiesel cannot be marketed as a slogan alone. Any decision must ultimately pass through steel, pumps, tanks, fittings, and bills.
In politics, enthusiasm is free. Infrastructure is not.
Still, infrastructure should not become an excuse for permanent hesitation. If Malaysia wants to treat biodiesel seriously, blending infrastructure must also be treated as strategic energy infrastructure.
Otherwise, the country will keep discovering the same problem every time crude oil prices rise.
A Crop That Can Offer More
Malaysia produces nearly 20 million tonnes of palm oil annually, but only around 1.3 million tonnes are used for biodiesel. This suggests room for bolder thinking about how palm oil fits into the country’s industrial and energy strategy.
For too long, the palm oil sector has been asked to defend itself only as food. But it is much more than that.
It is a generator of rural income, a source of export revenue, an industrial raw material, a foundation for oleochemicals, a biomass source, and increasingly an instrument of bioenergy.
Recognizing palm oil biodiesel as a strategic component does not mean abandoning food security. It means recognizing that a national crop of this scale should not be trapped inside a narrow debate.
The palm oil value chain must continue asking how more value can be created from every tonne, every residue, and every side stream.
The broader bioenergy story is already unfolding. Palm oil mill effluent, used cooking oil, palm fatty acid distillate, palm acid oil, and other residues are becoming part of the wider biofuel conversation.
Biodiesel may be the policy focus today, but tomorrow’s opportunities may also include sustainable aviation fuel, hydrotreated vegetable oil, bio-naphtha, and other renewable energy pathways.
In that sense, B15 should not be seen as a final destination. It is better understood as a necessary shift in direction.
Indonesia’s Bolder Scenario
Across the strait, Indonesia has moved more aggressively. Its biodiesel program is not just a green policy; it is import substitution policy, farmer support policy, industrial policy, and energy security policy under one roof.
Malaysia has often been more cautious, partly because its dependence on fuel imports and its fiscal structure differ from Indonesia’s.
CNA reported that Indonesia imported 35.2% of its crude oil in 2023, compared with 15.6% for Malaysia, which partly explains why Indonesia has pushed biodiesel more strongly.
Malaysia does not need to copy Indonesia exactly. Different countries have different economies, policy tools, and political pressures.
But Malaysia should learn from how seriously Indonesia treats biodiesel as a strategic tool.
The question is not whether Malaysia should become like Indonesia. The question is whether Malaysia should become more Malaysian in using what it already has.
The Dining Table Still Has a Say
Biodiesel, however, is not only about the fuel tank. It also touches the dining table.
The food-versus-fuel debate often sounds moral, but at its core it is economics dressed in moral language.
Higher biodiesel demand can support crude palm oil prices and farmer incomes. But it can also put pressure on refiners, food manufacturers, consumers, and public finances if edible oil prices rise sharply.
That is why biodiesel policy must be transparent.
It can reduce dependence on fossil fuels, strengthen domestic demand, support rural incomes, and lower emissions. But if pushed too far and too fast, it can worsen food price pressures.
The wiser question is not whether biodiesel is good or bad. It is: how much, how quickly, with whose money, and under what safeguards?
Biology Still Votes
There is another inconvenient truth: demand can be mandated by law, but supply must be grown.
Malaysia’s palm oil production has struggled to move sustainably beyond 20 million tonnes.
Ageing oil palm trees, slow replanting, labor constraints, climate pressure, and rising input costs all place limits on ambition.
A blending mandate can create demand, but it cannot make old trees young. It cannot replace replanting, mechanization, fertilizer discipline, field supervision, or smallholder renewal.
In short, biodiesel can support palm oil prices. But if Malaysia wants a stronger biodiesel program, it must also strengthen the upstream production base.
Between Promise and Caution
So where does this leave Malaysia? Between promise and caution.
Biodiesel is not a magic potion. It cannot eliminate diesel, end pressure on fuel prices, or make ageing palm trees young again.
But it is also not merely a decorative green label to be dusted off during crises.
It is a strategic tool: useful, imperfect, and too important to be reduced to slogans.
If used wisely, it can reduce import dependence, support farmers, strengthen downstream industries, improve energy resilience, and give palm oil a stronger role in a lower-carbon world.
If used carelessly, it can strain consumers, distort markets, and create fiscal headaches.
The move toward B15 should therefore be welcomed, but not romanticized.
The industry must be ready, depots upgraded, standards clear, the public informed, and the financial burden transparent.
Malaysia has a golden crop. It should use it strategically, without confusing strategy with slogan.
In the end, biodiesel is best seen not as a crisis cure, but as a long-term national instrument: part energy security, part rural economy, part climate response, and part value creation from palm oil.
The debate between the fuel tank, the dining table, and the public treasury will continue. And perhaps it should.
A debate this important deserves clear thinking, steady execution, and enough humility to remember that in palm oil, as in policy, the fruit bunch may be heavy — but the consequences are heavier.
Source: New Straits Times
