1. The situation and challenges of ASEAN transport under fuel and emissions pressure

1.1 Current situation

According to the IEA’s Southeast Asia Energy Outlook 2024, over 90% of transport energy demand in Southeast Asia comes from petroleum products like gasoline and diesel. This shows the region has not shifted significantly to clean energy. As a result, CO₂ and NOₓ emissions are rising, worsening air pollution and directly affecting public health.

IQAir ranked Vietnam as the country with the 23rd-worst air quality in 2024. Emissions from vehicles are one of the main causes of this issue. In addition, the World Bank reports that road transport accounts for about 80% of greenhouse gas emissions from the transport sector in Vietnam and emits six times more carbon dioxide than inland waterway transport.

In Thailand, air quality figures are also not positive. In early 2025, Bangkok faced a severe smog episode, with traffic contributing up to 60% of the city’s air pollution. To respond, the government tightened policy: Euro 5 from 2024 and Euro 6 from 2025 for motor vehicles. Euro 5–6 are EU emission standards that set limits on harmful exhaust gases from vehicles.

These issues put businesses in a tough position: they must meet stricter standards while keeping operating costs under control when fuel still takes a large share.

1.2 Challenges from engine fuel and emissions

Even though transport in ASEAN—especially in Vietnam and Thailand—plays a key role in economic growth, the sector still faces major challenges:

• Rising fuel and operating costs: Fuel and lubricants take a large part of transport operating costs. Short oil change cycles raise maintenance costs, and large volumes of used oil increase waste treatment costs. This makes it hard for businesses to optimize profit, especially with tough competition and volatile global oil prices.
• Limits of current after-treatment systems: Post-combustion methods like DPF or SCR only solve part of the emissions and are expensive to install and maintain. They do not reduce fuel consumption, so companies still bear the economic burden. Many fleets—especially small and medium commercial vehicles—cannot afford these upgrades due to high costs.
• Pressure from environment and public health: A 2024 study from a research group in China showed that air pollution in Southeast Asia may be linked to about 900,000 health-risk cases per year. This adds stress to healthcare systems and lowers labor productivity in the region.

These challenges show a clear reality: current solutions cannot fully solve the trio of cost, emissions, and health. ASEAN needs a new direction – technology that can cut emissions at the source, save operating costs, and support Net Zero goals.

2. Low-friction engine oil additive helps save fuel and reduce greenhouse gas emissions

2.1 Overview of low-friction engine oil additive

The low-friction engine oil additive is an advanced lubrication technology that uses ultra-fine particles to reduce friction and wear during engine operation. It not only improves fuel efficiency but also cuts greenhouse gas emissions at the source, instead of only treating exhaust with filters or catalytic devices.

2.2 Core technology and mechanism

To deliver a truly different result, the low-friction engine oil additive is designed with these key technical mechanisms:

• Protective film formation: The micro-particles form a durable oil film that reduces friction between engine parts.
• Better combustion-chamber sealing: Helps reduce pressure loss and blow-by, optimizing fuel combustion.
• Longer oil life: Slows oxidation and degradation, extending oil change intervals by 3–4 times compared to normal.
  
• Active emission reduction: Fuel burns more efficiently, producing less CO₂ and NOₓ during operation.
  

2.3 Standout features of the low-friction engine oil additive

With ultra-fine particles and friction reduction from inside the engine, the additive offers strong advantages over common solutions:

• Fuel saving of over 10%: Directly lowers operating costs.
• NOₓ reduction up to 99%: One of the most impressive results, helping meet global environmental standards.
• Oil change interval extended 3–4 times: Cuts maintenance and used-oil handling costs and protects the engine.
• Less used oil generated: Helps businesses reduce waste treatment costs and support sustainability goals.
• Eligibility for CER (Certified Emission Reduction): With transparent, quantified data, the product qualifies for carbon market mechanisms such as CDM or CBAM.

3. Proven real-world results

To confirm effectiveness, the low-friction engine oil additive has been tested and applied in many real situations with common vehicle types:

• Buses and taxis in Korea: The additive has been used in the Gwangju city bus fleet and taxi fleets in Busan. Results show a clear drop in fuel consumption and more stable vehicle operation. This is direct proof for public transport, where vehicles run continuously at high intensity.

• 1-ton commercial trucks: When used in 1-ton trucks, the product showed strong performance: about 44.5 tons of CO₂ per vehicle per year can be reduced (based on Life Cycle Assessment—LCA). This brings fuel-cost benefits and gives companies quantified data to register for Certified Emission Reductions (CER).
  
• Ships and marine diesel engines: Tests on marine diesel engines showed NOₓ reduction up to 99%, fully meeting strict standards under the IMO MARPOL Annex VI Convention.
  

• Construction and agricultural machinery: Under heavy loads—excavators, tractors—the additive can boost fuel efficiency and extend engine life, lowering maintenance costs for businesses.
  

4. Comparison of the low-friction engine oil additive with common previous methods

5. Market and future outlook for the low-friction engine oil additive

5.1 Rising energy demand

In recent years, passenger and freight transport in Southeast Asia, especially Vietnam, has grown strongly:

• Due to IEA, over the past 10 years, energy demand in Southeast Asia rose by more than 35%. Fuel use in transport remains high.
• In Vietnam, the General Statistics Office reports passenger transport in Q1/2025 reached an estimated 1,414.2 million passenger trips, up nearly 18% year-on-year.

Overall, these numbers show road transport is vital to the economy, but also a huge fuel consumer and a major emission source. Therefore, solutions that save operating costs and show clear, measurable emission cuts are increasingly urgent.

5.2 New opportunities for businesses from policy and global trends

ASEAN countries are accelerating the rollout of emission-reduction policies, while global trends such as ESG and Net Zero are becoming almost mandatory standards in business.

• In early 2025, Vietnam officially launched its Emissions Trading System (ETS). This means any company that can prove reduced emissions will have the chance to trade carbon credits, lower compliance costs, and even create new revenue (Reuters, 2025).
• In Thailand, Euro 6 emission standards became mandatory for diesel vehicles this year. This is a challenge for transport companies but also an opportunity for cost-effective emission-reduction technologies such as low-friction engine oil additives (Changing Transport, 2024).
• According to the ASEAN Plan of Action for Energy Cooperation (APAEC), the region has committed to cutting energy intensity by 32% by 2025 (ASEAN Energy, 2025).

At the same time, international regulations such as the EU’s Carbon Border Adjustment Mechanism (CBAM) require exporters to prove emission reductions with clear data. The use of AI/IoT is also encouraged to monitor emissions in real time.

With transparent LCA data and the ability to integrate quickly into existing fleets, low-friction engine oil additives can create a strong advantage for businesses—helping them comply with policies while strengthening their ESG reputation.

5.3 R&D potential and technology commercialization

Beyond current uses, the low-friction engine oil additive opens several development paths:

• Product expansion: Apply to other oils such as hydraulic oil, gear oil, and compressor oil to enlarge the market.
• IoT & AI integration: Combine with sensors and analytics platforms to build dashboards that monitor fuel use and emission cuts in real time.
• Verification partnerships: Work with research institutes, labs, and independent bodies in ASEAN to build stronger proof and market trust.
• Global market expansion: Especially Europe—where emission standards are strict and CBAM is tightening—offering big opportunities for proven emission-cut technologies.

Amid rising fuel costs, stricter emission standards, and tougher ESG pressure, Mekonglink is looking for strategic partners in ASEAN to deploy and commercialize the low-friction engine oil additive.

If you are interested in this opportunity, contact Mekonglink to collaborate on research, run PoC pilots, or partner in product commercialization today!

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