Choosing fuel for industrial needs no longer comes down to price alone. Companies also need to ensure that energy supply remains reliable, operational costs stay under control, and the fuel used can support energy efficiency targets.
This condition is pushing many companies to start evaluating biodiesel as an alternative to diesel. But is biodiesel truly suited to a company’s operational needs, equipment specifications, and long-term objectives? This is what companies need to understand before switching to a new energy source.
What Is Biodiesel Fuel?
Biodiesel is a biofuel that can be used as a replacement for or blended with diesel in diesel engines. In Indonesia, biodiesel is generally produced from Fatty Acid Methyl Ester (FAME) derived from palm oil.
Unlike diesel, which comes from petroleum, biodiesel utilizes renewable raw materials, making it one of the alternatives to support energy diversification across various industrial sectors.
The use of biodiesel in Indonesia continues to be driven through mandatory blending programs, ranging from B20, B30, and B35 to B40.
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What Are the Advantages of Biodiesel Fuel for Industry?
Biodiesel is increasingly being utilized across various industrial sectors because it not only functions as an alternative to conventional diesel, but also supports company efforts to improve operational sustainability.
Sourced from green energy and already implemented in several industrial sectors, biodiesel offers some advantages that can add value for industry, especially when its application is tailored to the operational characteristics and equipment specifications being used.
Supporting Sustainability Targets and Emission Reduction
As a fuel derived from renewable energy sources, biodiesel has the potential to produce lower greenhouse gas emissions compared to fossil-based diesel when assessed using a Life-Cycle Assessment (LCA) approach.
For this reason, the use of biodiesel can help companies support ESG (Environmental, Social, and Governance) targets, decarbonization strategies, and compliance with evolving environmental policies.
Can Be Used in Many Modern Diesel Engines
Biodiesel can be used in various modern diesel engines in accordance with the blending specifications recommended by the engine manufacturer (Original Equipment Manufacturer or OEM).
For this reason, companies need to follow the usage guidelines provided so that engine performance remains optimal while maintaining the applicable warranty terms.
Supporting Company Energy Diversification
In addition to being used as a replacement for diesel in certain applications, biodiesel can also become part of a company’s energy diversification strategy.
Its use helps reduce dependence on fossil-based diesel fuel while supporting the transition toward a more sustainable energy system in line with the company’s operational needs.
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What Factors Need to Be Considered Before Using Biodiesel?
In addition to offering various advantages, the use of biodiesel also requires consideration of several technical and operational aspects.
Factors such as fuel characteristics, engine compatibility, storage, maintenance requirements, and overall operational costs need to be evaluated so that biodiesel implementation delivers optimal results.
Compared to petroleum-based diesel, biodiesel has a slightly lower calorific value, so in some applications it can affect fuel consumption to produce the same output.
Its effect on engine performance can also vary depending on the type of engine, operating load, and the biodiesel blend composition used. For this reason, regular inspection and maintenance are an important part of its implementation.
Evaluation should not focus solely on fuel price, but should also use a Total Cost of Ownership (TCO) approach that covers operational costs, maintenance, and component replacement needs to obtain a comprehensive picture of overall usage costs.
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Is Biodiesel Always the Best Choice for Industry?
Not always. Although biodiesel offers various benefits, such as supporting the use of renewable energy and helping to reduce emissions, its effectiveness still depends on the operational characteristics of each company.
In industries with very high energy consumption, continuously running operations (24/7), and strict energy efficiency targets, the use of biodiesel may require further evaluation to ensure that the benefits obtained align with operational needs.
Under these conditions, companies generally start comparing biodiesel with other energy alternatives that can support operational efficiency while also meeting sustainability targets.
One alternative that is increasingly being utilized across various industrial sectors is Liquefied Natural Gas (LNG). With characteristics that differ from biodiesel, LNG offers some advantages that companies can consider, especially for operations with large and continuous energy needs.
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LNG as an Energy Alternative for Industrial Operations
LNG is not a direct replacement for biodiesel in all applications, but it can be a viable alternative when operational needs demand greater energy efficiency, supply reliability, and emission reduction.
Because of these advantages, LNG is widely utilized in sectors with large energy needs, such as power generation, smelting, mining, manufacturing, and maritime.
Every industrial sector has different challenges and energy needs. For this reason, LNG implementation requires a tailored approach so that its benefits can be felt optimally, both in terms of operational efficiency, supply reliability, and the achievement of sustainability targets.
PGN LNG Indonesia is present as an LNG provider that supports various industrial energy needs through solutions tailored to the operational characteristics of your industry. This approach helps companies utilize LNG more optimally as part of an energy efficiency strategy and the transition toward more sustainable operations.
Learn more about the energy solutions we provide to support your industry, read more here: LNG Provider in Indonesia.
References
- DOE. Accessed 2026. LNG vs. Biodiesel
- IEA. Accessed 2026. Is the biofuel industry approaching a feedstock crunch?
- EPA. Accessed 2026. Biodiesel Emissions Analysis Program
