How does the gasoline fuel enhancer deeply remove stubborn carbon deposits from engines using "bioactive oil replacement" technology?
Publish Time: 2026-01-27
In modern high-precision electronic fuel injection engines, although fuel combustion is becoming increasingly efficient, long-term use inevitably leads to the formation of gum and carbon deposits in parts such as fuel injectors, intake valves, and combustion chambers. These deposits not only reduce combustion efficiency and increase fuel consumption, but also cause power loss, worsened emissions, and even damage to aftertreatment systems such as three-way catalytic converters and DPFs. Traditional cleaning agents mostly rely on the physical stripping of surfactants, which has limited effectiveness and struggles to reach deep carbon deposits. The gasoline fuel enhancer, with its innovative "bioactive oil replacement" technology, achieves a breakthrough cleaning capability by actively decomposing, dissolving, and removing stubborn carbon deposits at the molecular level.1. "Bioactive Oil Replacement": From Passive Cleaning to Active Replacement"Bioactive oil replacement" is not simply dissolution, but a biomimetic catalytic-replacement mechanism. The enhancer contains bio-based active organic molecules with a specific structure. One end of its molecular chain has strong oleophilicity, allowing it to penetrate between carbon deposits and metal surfaces; the other end is highly compatible with fuel. When these active molecules enter the high-temperature combustion zone with the fuel, they are activated by heat, gradually breaking the adsorption bonds between carbon deposits and metal surfaces. The carbon particles are then encapsulated and dispersed in the fuel, carried out of the system by exhaust gases or engine oil circulation. This process is like "replacing old grime with new oil," achieving in-situ peeling and harmless transfer of colloids, varnish, and hard carbon deposits, preventing large pieces from breaking off and causing fuel line blockage.2. Multi-Effect Synergy: Cleaning, Lubrication, and Emission Reduction in OneThis technology not only removes carbon but also comprehensively improves fuel quality. The bio-viscosity-reducing components in the enhancer optimize fuel flow, improve atomization, and make the fuel-air mixture more uniform and combustion more complete, thereby increasing power output by 5%–8% while reducing CO, HC, and particulate emissions by more than 20%. Its lubrication-enhancing components adhere to the surfaces of precision components such as plunger pumps and injectors, reducing friction and wear and extending the life of the high-pressure common rail system. More importantly, by reducing incomplete combustion products, it significantly reduces the formation of nitrogen oxide precursors in the EGR system, mitigates the risk of DOC catalyst poisoning, and reduces DPF ash accumulation and SCR system urea crystallization, protecting expensive aftertreatment devices.3. Comprehensive Fuel System Maintenance: From Fuel Tank to ExhaustAfter addition, the enhancer flows with the fuel throughout the entire fuel supply system: inhibiting gum regeneration in the fuel tank; removing aged deposits in the fuel lines; restoring precise injection at the injectors; and softening hard carbon layers in the combustion chamber. After 2-3 tanks of fuel used consecutively, injector flow can be restored to over 95%, intake valve deposits reduced by 70%, effectively solving problems such as idling vibration and acceleration lag. Simultaneously, due to improved combustion efficiency, fuel consumption per 100 kilometers can be reduced by 3%-6%, truly achieving "the more you use, the more economical it becomes."4. Environmental Protection and Compatibility: Green Formula, Safe and Worry-FreeThe sixth-generation product uses a biodegradable organic nanocarrier, free of harmful elements such as metals, chlorine, and phosphorus, meeting Euro VI and China VI emission standards without interfering with oxygen sensors or ECU control logic. Its bioactive components naturally decompose after completing their cleaning mission, causing no secondary pollution and helping the automotive industry achieve its "dual carbon" goals.The gasoline fuel enhancer, through "bioactive oil replacement" technology, moves carbon deposit treatment from a "symptom-treating" approach to a "root-cause-treating" one. It is not only a cleaner but also a "functional enhancer" for fuel and an "invisible guardian" of the engine. Driven by the dual demands of energy conservation, emission reduction, and extended vehicle lifespan, this innovative solution integrating biochemistry and nanotechnology is providing efficient, safe, and sustainable power guarantees for green travel.
