Jakarta Traffic Test: How FuelMarble Reduced CO₂ Emissions by 10.34% and 21.75% in fuel efficiency improvement

In early 2023, FuelMarble (sold under an alternative product name in this test) was evaluated in one of Southeast Asia’s most demanding driving environments: Jakarta’s dense urban traffic.
A 2012 Honda Freed MPV was monitored over two months, with fuel consumption and exhaust emissions measured before and after installation.

The results were clear.
FuelMarble achieved a 10.34% reduction in CO₂ emissions and a 21.75% improvement in fuel efficiency under real Jakarta city driving conditions.

Test Summary

• Location: Jakarta, Indonesia

• Vehicle: Honda Freed MPV (2012), 1500 cc

• Test period: 25 Jan – 25 Mar 2023

• Fuel-efficiency gain: 21.75%

• CO₂ reduction: 10.34%

• CO emissions: 0

• HC emissions: 0

The test was audited by an independent third-party and monitored over a full 12-week period in real urban traffic conditions.

Why Test FuelMarble in Jakarta?

Jakarta is known for:

• Heavy stop-and-go traffic

• High idling times

• Frequent acceleration cycles

• Hot, humid climate conditions

These factors make it an ideal real-world environment to evaluate thermal stability, combustion efficiency, and emission performance of any engine enhancement technology.

If a solution works here, it works almost anywhere.

Jakarta Test Overview (January 25 - March 25, 2023)

According to the report:

• Location: Jakarta, Indonesia

• Duration: 25 Jan – 25 Mar 2023

• Vehicle: Honda Freed MPV 2012 / 1500cc (106,045 km)

• Implementation Witness: Ir Steve Rion

• Measurement Site: Jakarta exhaust testing facility

Two phases were conducted:

1. Before FuelMarble installation

2. After FuelMarble installation

Both phases included:

• Odometer readings

• Fuel refill amounts

• Mileage per liter

• Exhaust gas measurements (HC, CO, CO₂)

Key Verified Results at a Glance

From the official test summary:

CO₂ Emissions Reduced by 10.34%

• Before: 14.6 g/km

• After: 13.1 g/km

• Reduction: 10.34%

Fuel Efficiency Improved by 21.75%

• Before average: 16.83 km/L

• After average: 20.49 km/L

CO (Carbon Monoxide) reduced to 0

• Before: 0.01 g/km

• After: 0

HC (Hydrocarbon) reduced to 0

• Complete elimination in post-test measurements.

Why This Matters?

Lower CO₂ = cleaner combustion
Zero CO = near-complete burn of carbon fuel
Zero HC = reduced smog-forming pollutants
Higher km/L = more efficient engine operation

Together, these results show both environmental and economic advantages.

Why Did CO₂ Drop After FuelMarble?

FuelMarble technology works by increasing coolant efficiency and stabilizing engine temperatures.

How does FuelMarble unleash your engine's potential?

Stable thermal conditions produce:

• More complete combustion

• Less wasted heat

• Lower hydrocarbon residue

• Reduced carbon monoxide leakage

• Optimized air-fuel ratio behavior

This leads to:

→ Higher fuel efficiency
→ Lower CO₂ per kilometer
→ Lower toxic byproducts

Jakarta’s high-stress driving scenario amplifies the effect, making the improvement easy to observe in hard data.

Why This Case Study Matters for Fleets and Consumers?

This test proves that FuelMarble is not a theoretical or lab-limited technology.

It works in real roads, real heat, real congestion.

For private drivers:

• Lower fuel costs

• Cleaner emissions

• Better engine stability

For fleets:

• Reduced operating costs

• Lower ESG scoring

• Lower maintenance and overheating risk

• Stronger sustainability reporting metrics

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